Sir kay retweeted
A crypto product can look impressive during its first week.
The harder question is what happens after the excitement fades.
That’s the part I find more interesting when looking at @Hypesium and @RebateLaunch.
RebateLaunch uses time as part of its incentive model. The holder multiplier moves from 1x to 1.5x and then 2x over seven days.
But a higher multiplier doesn't create more fees. It only changes the weight used when distributing the available payout pool. If trading activity falls, there may simply be less to distribute.
Hypesium takes the opposite approach by making speed its main advantage.
Its sniper can react to a pool creation log with a hot path under 5ms, targeting an early entry on Elysium.
But getting in first doesn't guarantee a good exit. That still depends on liquidity, demand and the conditions when you actually sell.
That's why I wouldn't judge either product purely by its headline feature.
I'd want to know:
• Does Rebate's reward model remain meaningful when trading volume settles down?
• How well does Hypesium's pre-buy simulation handle less obvious risks?
• How much of the activity comes from genuine users rather than automated trading?
Speed doesn't create demand.
A reward multiplier doesn't create liquidity.
The real test is what happens when the launch excitement disappears and users still have a reason to come back.
For me, sustained usage is a much stronger signal than launch-day numbers.
Sir kay retweeted
Options give you convexity, but they come with strikes, expiries and a premium. @tradeparagon is trying to get the same shape out of a perp, starting with HYPE² on Hyperliquid.
Power Perps track a price raised to a power, so if HYPE doubles, the HYPE² index quadruples.
— — —
➤ From linear perps to programmable convexity
Paragon is bringing Power Perps to @HyperliquidX, starting with HYPE², which tracks $HYPE's price squared.
Unlike regular perps, Power Perps offer:
- Nonlinear, convex exposure.
- No strikes or expiration.
- Shared liquidity through a single order book.
This brings options-like payoffs into perpetual futures markets.
— — —
➤ How Power Perps generate convex exposure
Power Perps track an asset's price raised to an exponent:
I = Pⁿ / K
- P = underlying price
- n = exponent
- K = normalization constant
The higher the exponent, the greater the convexity:
- HYPE²: If HYPE doubles, the index reaches 4×.
- HYPE³: A future HYPE³ market would reach 8× if HYPE doubles.
As $HYPE rises, price sensitivity increases. As it falls, sensitivity decreases. This is not simply leveraged exposure.
Compared with a 2x perp, HYPE² gains more on the way up and loses less on the way down. Funding is the price of that difference.
— — —
➤ Options-like payoffs, without expiries
Power Perps combine nonlinear payoffs with the persistent structure of perpetual futures.
Key differences:
- Options: strikes, expirations and upfront premiums.
- Linear Perps: linear exposure and funding.
- Power Perps: nonlinear exposure and funding, without strikes or expirations.
Traditional options fragment liquidity across strikes and maturities. Power Perps aim to consolidate demand into a persistent order book for each underlying asset and power.
Instead of paying an upfront premium, longs pay shorts hourly funding, which becomes the ongoing cost of convexity.
— — —
➤ Market makers: Hedging convex exposure
Market makers hedge Power Perps using $HYPE spot and linear perps.
For a power index I = Pⁿ:
- Delta: Δ = nPⁿ⁻¹
- Gamma: Γ = n(n−1)Pⁿ⁻²
For HYPE²:
- Delta = 2P
- Gamma = 2
In plain terms: on a regular perp, your exposure stays the same wherever HYPE trades. On HYPE², it grows as HYPE rises and shrinks as it falls. A constant gamma of 2 means that change happens at a steady pace, which is why the payoff curves upward instead of moving in a straight line.
It's also why market makers on the other side can't hedge once and walk away. They have to keep rebalancing as HYPE moves.
Key hedging strategies:
- Delta hedging through spot and linear perps.
- Gamma management through continuous rebalancing.
- Funding capture and cross-market arbitrage.
Hyperliquid's shared trading infrastructure enables these hedges, but basis risk and execution costs remain.
— — —
➤ Building options-like strategies with perps
Combining Power Perps with linear perps creates new payoff structures without traditional options contracts.
- Long Power + Short Linear → Straddle-like exposure to large price movements.
- Short Power + Long Linear → Sells convexity and can earn funding in stable markets.
These combinations can approximate straddles, risk reversals and covered calls. Paragon plans to launch ready-made directional and yield strategies, opening the door for further strategy development.
— — —
➤ Adoption depends on funding and liquidity
Power Perps face three key risks:
- Liquidation: A 2× HYPE² long faces liquidation after an approximate 22.5% HYPE decline. At 3×, this falls to 10.6%.
- Funding: High funding can erase directional gains.
- Liquidity: Thin order books increase spreads, slippage and hedging costs.
Track open interest, volume, funding rates, order-book depth and funding-adjusted returns.
The larger opportunity is programmable convex exposure across Hyperliquid markets, but sustainable liquidity will determine adoption.
— — —
Power Perps introduce a new primitive for expressing convex exposure within perpetual futures markets.
But the real test is whether funding, hedging efficiency and market-maker liquidity can support sustained demand.
If Hyperliquid can make convexity capital-efficient and liquid, Power Perps could expand the design space for onchain derivatives.
Sir kay retweeted
I used to think accumulating Staking Points was the whole game. I was completely wrong.
After reading the official docs, I realized a harsh truth: a high leaderboard rank means absolutely nothing if you fail the eligibility check.
@GenLayer Pre-Mainnet Staking requires two separate tracks to converge:
• Points Track: Every GEN staked earns exactly 1 Staking Point per day (yes, even locked airdrops count from THE DAY).
• Eligibility Track: You MUST run a node on the Clarke testnet for at least 30 days.
At the mainnet snapshot, the Foundation backs the winners with its own GEN to become fee-earning validators. But here is the catch most overlook:
You do not need to be a DevOps expert to qualify. The rules explicitly state that using a node-as-a-service (NaaS) partner counts as your own node.
This changes the entire dynamic. The 30-day rule is not testing your coding skills. It is testing your consistency.
So, I have to ask the community a serious question:
If a rented NaaS node with 30 clean days of uptime qualifies exactly the same as a self-hosted server, is this system truly rewarding technical operators, or is it just filtering for long-term commitment?
I want to hear your actual setup and reasoning below, not just slogans.
Sir kay retweeted
Most marketplaces ask you to trust the platform @termix_ai has a section built around the opposite idea check it yourself.
It’s called Scan, and I walked through it in about 2-3 minutes. I didn’t install anything.
What’s in it
🔹 Leaderboard
🔹 Verification
🔹 Public records
I opened all three on video and show what’s inside each tab, so you can see it directly instead of relying on my description.
Why this matters?
TermiX describes itself as a marketplace where agents hire agents, with reputation, escrow and arbitration settled onchain, and agent identity built on ERC 8004 on BNB Chain. If that’s true, the records should be inspectable by anyone, not just by the platform Scan is where that claim gets tested in public.
The docs also link an AACP whitepaper and an audit report. I haven’t read either, so I’m not making any claims about them.
My honest take
Onchain records show what happened, not whether an agent is actually good A leaderboard is only as useful as what it measures. Worth looking at yourself rather than taking my word for it.
Check it out &Register
agent.family
Scan is in the top menu
Not financial advice DYOR
Part of the TermiX × Kaito creator campaign
Sir kay retweeted
Building with zkTLS is one thing. Understanding what’s happening when your integration fails is another. 👨💻
That’s why the Developer Tools section of PrimusScope deserves more attention. 🔥
This independent platform built for the @primus_labs ecosystem goes beyond showing charts. It gives developers practical tools to inspect data, test integrations, and investigate issues.
👀 @xxiang_xie and the Primus DevRel team - curious to hear your thoughts:
What would make PrimusScope even more useful for ecosystem developers? Deeper zkTLS debugging, additional API endpoints, or better network observability?
Here’s what already caught my attention 👇
🔹 1. Public API Explorer
Run read-only API requests directly from the browser.
Explore 7 available endpoints covering:
• Ecosystem overview
• Finance vaults & analytics
• Network activity & statistics
• Data source status
Inspect JSON responses and understand where the data comes from.
🔹 2. Local Attestation Inspector
Check supported Primus Page Core attestation signatures using the official SDK.
✅ Processing stays in your browser
✅ No wallet or proof upload needed
✅ Compare recipient, request context & timestamps
It separates signature verification from other security checks rather than treating every check as proof of validity.
🔹 3. Developer Studio
Investigate verification attempts using optional, privacy-conscious diagnostics.
• Track outcomes and execution duration
• Keep sensitive proof contents private
• Review app-specific diagnostic activity
• Automatic data expiration after 7 days
🔹 4. Official SDK Resources
Direct access to Primus Network JS SDK, Core SDK, and Lightweight Page SDK documentation.
💡 Why does this matter?
Developers need more than documentation.
They need ways to explore actual network activity, understand verification results, and investigate problems without exposing sensitive user data.
That’s what makes this part of PrimusScope interesting to me.
Community-built tools like this can lower the barrier for developers experimenting with verifiable data.
More tools for builders = more opportunities for real adoption. 🚀
🔗 Developer tools + Kaito campaign links in the thread 👇
🚀 I built PrimusScope - an independent analytics platform for the @primus_labs ecosystem.
One place to explore real activity, verify public data, and understand what’s happening across the ecosystem.
🎬 Here’s what I built, in a 90-second walkthrough 👇
🏦 Finance Analytics
Explore U/eU and USDT/eUSDT routes. Track public batch activity, strategy assets, shares, NAV, APY, deposits, withdrawals, and net flows.
📊 zkTLS Network Analytics
Monitor requests, attestor reports, response coverage, and latency over time. Filter by events, blocks, or individual tasks.
🔎 Transaction & Task Explorer
Paste a task or transaction ID to investigate its timeline, inspect recorded events, and verify activity through original on-chain links.
🛠 Developer Tools
Query public data through read-only APIs, inspect JSON responses, export CSV datasets, and access official SDK documentation.
🔖 Personal Workspace
Save dashboards, research periods, and individual tasks so you can return to your analysis anytime.
🧾 Transparent Data
Every metric comes with source references, timestamps, and coverage details. Shared-strategy analytics are clearly distinguished from confidential Primus positions.
Why does PrimusScope matter?
👥 Users can understand what’s actually happening instead of relying on announcements.
👨💻 Builders can explore real network activity, access structured data, and create their own tools.
🌐 The Primus team gets an independent, community-built analytics resource to understand adoption, network behavior, and developer needs.
The goal is simple: make public Primus data useful, accessible, and verifiable.
🔐 Private data. Public insight.
🎥 Watch the 90-second walkthrough and see PrimusScope in action.
🔗 Try PrimusScope - link in the reply below.
@primus_labs @xxiang_xie - I’d love your feedback!
What would make PrimusScope more valuable to your team and ecosystem builders?
I’d especially appreciate input from the Primus DevRel team on analytics, API capabilities, and developer workflows.
Built for the Primus community. Open to making it better together. 🚀
Sir kay retweeted
My mother's phone-repair stall survived every load-shedding evening on one old inverter. The grid office kept a paper log. One tick for every night the battery held until the lights came back.
A trader two streets over bragged about a huge battery bank, but it sat switched off most nights, saved for festival crowds. His log stayed nearly empty.
The grid office did not pay for capacity. It paid for nights online.
That is the rule @GenLayer built into Pre-Mainnet Staking seats.
Each GEN you hold online writes one Staking Point to the daily log, the same flat rate for everyone, and the earlier you switch on the longer your line. A 200 GEN bank kept on for 50 nights reads 10,000 points. A 2,000 GEN bank switched on for 4 nights reads only 8,000.
But points only rank you. To be in the running for a seat you must also prove uptime: a node holding steady on Clarke, the testnet that runs before mainnet, for thirty full days. My mother logged 400 nights before anyone noticed. Thirty is all Clarke wants.
When the mainnet snapshot lands, the office freezes the log and hands out seats by share of points.
A seat is a paid job. The Foundation seeds your first stake with its own GEN, you start mainnet as a validator, and each block you settle earns you a GEN fee. That is what the thirty nights keep you in the running for.
Chase ten seats and you need ten nodes humming at once. One seat, one machine.
My mother could not lend her logbook to a neighbor. A node is different: switch on your own machine or pay a node-as-a-service partner to watch it, and the contract stays in your name.
Night nineteen, the block goes dark, and your inverter beeps low. Do you pull it offline to swap the battery and lose two days of log, or ride it out and risk the whole thirty? Which would you choose?
Sir kay retweeted
My primary school teacher, Mr. Karim, kept a red attendance register. He had a strict rule: the annual book prize went to the student with 30 straight days of presence, not the topper who only showed up on exam day.
A wealthy merchant's son brought expensive gifts, but his register stayed mostly blank. The teacher did not care about the gifts. He only counted the daily ticks.
Attendance beats last-minute brilliance. That is the exact logic behind @GenLayer's Pre-Mainnet Staking validator seats.
Every GEN you keep online marks one attendance tick daily, granting 1 Staking Point. The rate is completely flat. 150 GEN present for 40 days reads 6,000 ticks. 1,500 GEN present for 3 days reads only 4,500.
But ticks only fill the register. To actually win the prize, you must also prove you did the homework: running a node on Clarke for 30 full days. Clarke is the practice session that runs before mainnet. Mr. Karim waited 30 days before he ever looked at a student's name.
When the mainnet snapshot arrives, the register closes and seats are assigned by share of total ticks.
A seat is essentially a paid monitorship. The Foundation funds your first uniform with GEN of its own, you begin mainnet as a validator, and every task you handle earns a GEN fee. The 30 days exist to earn exactly this.
Pursue ten seats and the school demands ten students doing the homework at once. One seat, one student.
Mr. Karim never let a substitute sign his register. A node is different: operate the server yourself or hire a managed provider to handle the uptime, and the seat stays registered to you.
The final exam is approaching. Are you building a 30-day attendance streak today, or hoping to bribe the teacher on the last day?
Sir kay retweeted
Every AI tool looks ready in a five-minute demo. Throw real money and live web data at one unchecked model, and cracks show fast.
Exploring AI tools is why the one-minute @GenLayer video on Pre-Mainnet Staking clicked for me.
Validators each run an AI model to agree on Intelligent Contracts and keep the network working.
At mainnet, the Foundation backs a set of them with its own GEN as node seats, and they earn GEN fees per transaction.
Once GEN arrives, every staked GEN earns 1 Staking Point a day: 500 GEN for 30 days hits 15,000 points, and locked unclaimed airdrops count from day one.
GEN staked on the GenLayer Portal stays withdrawable anytime as points move a live leaderboard daily.
Still, sandbox hype never earns a mainnet seat.
Qualifying takes a Clarke testnet node running for at least 30 days. With zero server experience, you can still run it yourself or use a node-as-a-service partner while the node stays yours.
At the mainnet snapshot, eligible runners share seats in proportion to points and start as Foundation-backed validators.
Testing AI tools taught me to trust live runs: start your Clarke node early and build your share on the Portal.
Looking at node seats, what wins you over fastest: Foundation GEN backing your start, partner options for Clarke, or AI models checking every contract?
Sir kay retweeted
2,560x on Hearts of Venus! That’s a multiplier worth paying attention to 😳🔥
The screen was filling up with multipliers, and the streamer had every reason to stay locked in.
Definitely one of those bonus rounds you want to watch till the end.
Caught on stream with @1win
Sir kay retweeted
Most staking programmes ask you to trust a protocol with your capital.
Pre-Mainnet Staking reverses the question: which operators should the @GenLayer Foundation trust with its own GEN at mainnet?
Staking Points provide one signal. Every staked GEN earns one point per day, so 1,000 GEN held for 30 days produces 30,000 points. An unclaimed airdrop starts counting automatically on THE DAY, and the live leaderboard previews each participant’s proportional share if the snapshot happened today.
But capital over time cannot prove that someone can operate a validator.
That requires a second signal: a node running on Clarke for at least 30 days. Targeting 10 seats means proving that capacity with 10 nodes running simultaneously. A node-as-a-service partner can handle the infrastructure, but each node remains yours.
The programme is therefore measuring two different commitments before allocating Foundation-backed seats:
GEN-days show sustained economic commitment.
Clarke uptime shows operational readiness.
If you were placing the Foundation’s GEN behind a validator, which signal would matter more to you: accumulated GEN-days or proven node uptime?
Sir kay retweeted
My cement plant doesn't get paid for owning machines. It gets paid for every bag that leaves on a truck. A busy dispatch week and a slow one run the same machines and bring in different money.
That's the part of @GenLayer's node seats I'd look at first. A seat isn't a fixed salary. Its pay follows traffic.
At mainnet, the Foundation backs a set of validators with its own GEN. Validators run the nodes that keep GenLayer working, and they earn a fee in GEN for every transaction they process. Like our trucks, the more that passes through, the more the seat earns.
Getting one takes two things.
Points: each staked GEN collects 1 Staking Point a day, and an unclaimed airdrop counts from THE DAY. At the mainnet snapshot, seats are shared out in proportion to points.
A node on Clarke, the testnet, running at least 30 days before that. You can run it yourself or use a node-as-a-service partner.
A machine nobody uses is just a cost. A seat on a network people actually use is a line that keeps paying.
So judge a seat by what will run through it, not only by getting it.
What would make a seat worth it for you: the Foundation's backing, or a fee on everything that passes through?
Sir kay retweeted
Ten nodes can be running at the same time without all ten having 30 days behind them.
Suppose five Clarke nodes start together. Five more start 10 days later.
If both groups keep running, when the first five reach 30 days, the newer five have run for 20 days.
I'm sharing this for a Rally campaign and may earn a reward.
The @GenLayer Pre-Mainnet Staking brief says a node must run on Clarke, the testnet before mainnet, for at least 30 days to be eligible for a seat. Aiming for 10 seats means running 10 nodes at the same time.
I recently asked what happens if the maths gives you half a validator seat. Now I'd want to see the start date and running time of each node, not just a total saying ten are online.
Staking Points count something else. Each staked GEN earns one point per day. The Portal leaderboard shows where you'd stand if the programme ended today.
At the mainnet snapshot, Foundation-backed seats are allocated in proportion to points, subject to eligibility. If selected, you start as a validator backed initially by the Foundation's GEN. Validators earn GEN fees on transactions they process.
You can run the nodes yourself or use a node-as-a-service partner. If using a partner, I'd ask how to check each node's status. I'd also want GenLayer to clarify how downtime is counted; the brief doesn't spell that out.
If you were tracking a Clarke node, what would you want to know first: when it started, how long it has run, or how downtime affects the 30-day requirement?
Pick one and tell me why, or add something I missed.
Sir kay retweeted
Nobody hands you the driver's seat. I learned that at 17.
My dad had a car I wanted. His deal: every morning at 7 for a month, in the empty car park behind the market, steering round four traffic cones, before I touched a real road.
I thought the month was a delay. It was the test.
On day 31 he filled the tank, handed me the keys and said the first weeks were on him.
Node seats on @GenLayer work the same way, and Pre-Mainnet Staking decides who gets them.
The car park is Clarke, the testnet before mainnet. To be eligible, your node has to run there for at least 30 days.
Points set your share of the seats. Every GEN staked collects 1 Staking Point a day, whatever the amount, and seats are split by each person's share of the points at the mainnet snapshot.
The tank is the Foundation. At mainnet it backs a set of validators with its own GEN, and winners start as validators with that behind them at first.
A seat pays too. Validators earn a fee in GEN for every transaction they process.
Servers not your thing? A node-as-a-service partner can run it for you, and you still own the node.
Tag the person who first handed you the keys.
What did they back you with before you'd proven anything?
Sir kay retweeted
The most important word in the Pre-Mainnet Staking thread is the easiest one to skim past: initially.
Winners start as validators, "initially backed by the Foundation's GEN". That word tells you what the competition is. You are not racing for a payout. You are racing for a subsidised start in a job.
The points are the entrance. Each GEN you stake earns 1 Staking Point a day, the same for any amount. An unclaimed airdrop already counts as staked from THE DAY and earns while it stays locked. Your total sits on the @GenLayer Portal leaderboard, and seats are shared out in proportion to it at the mainnet snapshot. One condition never appears there: a node running 30 days on Clarke.
So points measure patience, and patience is the cheapest input on offer.
The job is priced differently. A validator runs a node and is paid a fee in GEN for every transaction it processes. That income depends on throughput, and throughput is the one number no leaderboard can show in advance.
The thread says the backing is initial and never says when it ends or what replaces it. Your points survive to the snapshot either way. The fee does not exist until someone transacts.
The people who should want a seat most are the ones who would keep that node running without the subsidy. Everyone else is taking on a bill whose first payment date has not been published.
If you are chasing a seat, reply with your plan for the month the Foundation's GEN stops paying for your node. That is the part I cannot work out for anyone but myself.
Sir kay retweeted
Some mornings I stared at a blank screen for almost an hour and still published something weak. I still showed up.
I wrote one post a day for six weeks on a campaign. Someone else waited until the final week and wrote longer, cleaner pieces. Their individual posts looked stronger. At the end of the period my total count was higher because the daily record mattered more than any single post.
The days I missed stayed blank. I could not go back and fill them.
On @GenLayer, Pre-Mainnet Staking works the same way.
Every GEN counted as staked earns 1 Staking Point a day. Same rate for everyone.
100 GEN staked for 30 days is 3,000 points. 1,000 GEN staked for 2 days is only 2,000.
If you hold the airdrop, it already counts as staked from THE DAY, even while unclaimed. Those early days are already on your record.
The Portal leaderboard is public and moves every day until the mainnet snapshot. Node seats are shared in proportion to points among people who also ran a node on Clarke for at least 30 days. You can run it yourself or use a partner.
I could not go back and add the days I missed. The same rule applies here.
Are you putting what you have on the leaderboard today, or are you waiting for a larger amount that still has to catch the days already gone?
Sir kay retweeted
I once kept a machine running for a long stretch, and the job was not understanding it.
The job was that it stayed on. Nobody asked me to explain it. They checked whether it was up. One bad night counted for more than every good week before it.
That is what the @GenLayer video is asking for with node seats. Staking Points decide how many seats you can claim.
The gate is a node on Clarke that stays up 30 days or more before mainnet, not a node you set up once. Going for 10 seats means 10 nodes up at the same time.
Stay up and the Foundation puts its own GEN behind your seat at mainnet. The node then earns a fee in GEN on every transaction it processes.
If hardware is not your thing, a node-as-a-service partner can keep it up for you, and the node is still yours.
What is the longest you have kept one machine running without it going down?
Sir kay retweeted
Power here comes when it comes, so my phone charges when it can.
The charger does not care how much I need the phone tomorrow. It adds the same amount every hour and keeps adding while I sleep.
The number I get is whatever is there when I pull the plug.
The @GenLayer thread reads like that charger. Each GEN staked adds 1 Staking Point every day, flat, whether it is 50 GEN or 50,000. The airdrop is the overnight charge, since from THE DAY unclaimed GEN counts as staked and earns points while locked.
You can pull the plug any time, because staked GEN can be withdrawn whenever you want.
The difference is that the Portal leaderboard shows everyone else's battery too, and it changes daily until the mainnet snapshot.
Seats are split by points on that day. Hours you were not plugged in do not come back.
How many hours does your phone usually get on charge before the power goes again?
Solid breakdown. Hardware benchmarks and whether a job got assigned that night matter more than pure uptime. Have you seen bigger gaps between high-end and mid-range phones, or is most of the difference just from workload assignment?
Two phones spend the same night plugged in. Why would one earn more $ACU on @Acurast?
Hours online only tell you part of the story. Acurast benchmarks each phone’s CPU, memory and storage. Those results help determine its share of base rewards. The phone also sends periodic check-ins called heartbeats so the network knows it’s still available. If it runs an assigned workload, that can give it more reward weight for that period.
That’s why the first thing I’d ask someone posting an earnings screenshot is “Which phone, and how long was it online?” Even with the same model, I’d want to know whether either device picked up a job that night.
If you’re curious what your own phone can contribute, I’d start with one you already charge overnight. Processor Lite works on compatible Android phones and iPhones, lets you keep your apps and data, and you can earn base rewards without staking.
One setup tip: open the Hub on your laptop and click “Add New Device.” Then open Processor Lite on your phone, tap “Connect to Hub” and scan the QR code. Check that the phone shows up as online before you call it a night.
My Cloud Rebellion invite 👇
hub.acurast.com/rebellion?re…
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Sir kay retweeted
Two phones spend the same night plugged in. Why would one earn more $ACU on @Acurast?
Hours online only tell you part of the story. Acurast benchmarks each phone’s CPU, memory and storage. Those results help determine its share of base rewards. The phone also sends periodic check-ins called heartbeats so the network knows it’s still available. If it runs an assigned workload, that can give it more reward weight for that period.
That’s why the first thing I’d ask someone posting an earnings screenshot is “Which phone, and how long was it online?” Even with the same model, I’d want to know whether either device picked up a job that night.
If you’re curious what your own phone can contribute, I’d start with one you already charge overnight. Processor Lite works on compatible Android phones and iPhones, lets you keep your apps and data, and you can earn base rewards without staking.
One setup tip: open the Hub on your laptop and click “Add New Device.” Then open Processor Lite on your phone, tap “Connect to Hub” and scan the QR code. Check that the phone shows up as online before you call it a night.
My Cloud Rebellion invite 👇
hub.acurast.com/rebellion?re…
Acurast Processor Lite does a solid job of lowering the barrier for people who want to try decentralized compute without treating their phone like a dedicated machine.
The Work Profile setup on Android and the no-reset requirement make it practical for daily use, which is the part a lot of similar projects still miss. Curious how stable the experience has been for you so far, especially around battery and background running.
One thing I appreciate about mobile infrastructure is when the experience feels simple enough for everyday users.
@Acurast is making decentralized compute more accessible through its Processor Lite app. Instead of needing a dedicated device, users can start with a compatible Android phone or iPhone they already own.
The onboarding flow is particularly interesting. You install the app, open the setup screen, connect your account and complete the device provisioning process. You can also connect Lite to the Acurast Hub by selecting Add New Device, scanning the QR code and completing the setup.
Another detail worth highlighting is the Android Work Profile. It provides a separate environment for Acurast workloads, keeping them isolated from personal apps and data. Lite also does not require a factory reset, which makes the experience more practical for everyday phone users.
I like this approach because it lowers the barrier to exploring decentralized computing without asking people to give up their main smartphone.
Explore the Processor Lite experience through my invite:
hub.acurast.com/rebellion?re…
@Acurast is bringing decentralized compute closer to the devices people already use every day.
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