Building a circular economy of presence π
Proof of Presence is an economic loop:
Demand β Validation β Rewards β Infrastructure β Better service β More demand
β’ B2B pay for verified events, analytics, and SLA-backed confirmations
β’ Apps and developers pay for API access, limits, and enterprise features
β’ Users mostly earn rewards but can also pay for premium attestations or NFTs
On the supply side, validators confirm events. Hardware operators maintain anchors and beacons. Gateways and indexers provide fast access and SLA-grade performance. The protocol treasury reinvests into security, grants, liquidity, and growth.
Each PoP-attestation becomes a measurable unit of value. $DGMA flows from demand to validators and infrastructure providers, reinforcing the network.
The result is a self-sustaining economy of presence: more usage β stronger infrastructure β higher-quality attestations β greater trust β new demand.
Thatβs how PoP scales β through real utility.
Proof of Presence is an economic loop:
Demand β Validation β Rewards β Infrastructure β Better service β More demand
β’ B2B pay for verified events, analytics, and SLA-backed confirmations
β’ Apps and developers pay for API access, limits, and enterprise features
β’ Users mostly earn rewards but can also pay for premium attestations or NFTs
On the supply side, validators confirm events. Hardware operators maintain anchors and beacons. Gateways and indexers provide fast access and SLA-grade performance. The protocol treasury reinvests into security, grants, liquidity, and growth.
Each PoP-attestation becomes a measurable unit of value. $DGMA flows from demand to validators and infrastructure providers, reinforcing the network.
The result is a self-sustaining economy of presence: more usage β stronger infrastructure β higher-quality attestations β greater trust β new demand.
Thatβs how PoP scales β through real utility.
β€6π₯4π3
$DGMA as the fuel of verification β½οΈ
Proof of Presence creates a new unit of value: the PoP-attestation. And $DGMA is what powers its economy.
When a business buys a verified event, when an app accesses analytics or API limits, when infrastructure anchors are used to strengthen trust, $DGMA becomes the settlement layer behind that verification.
$DGMA won't be a payment add-on. It aligns incentives across the network β rewarding validation, subsidizing infrastructure, and scaling PoP for mass adoption.
Verification becomes measurable. And $DGMA becomes the fuel behind it.
Proof of Presence creates a new unit of value: the PoP-attestation. And $DGMA is what powers its economy.
When a business buys a verified event, when an app accesses analytics or API limits, when infrastructure anchors are used to strengthen trust, $DGMA becomes the settlement layer behind that verification.
$DGMA won't be a payment add-on. It aligns incentives across the network β rewarding validation, subsidizing infrastructure, and scaling PoP for mass adoption.
Verification becomes measurable. And $DGMA becomes the fuel behind it.
β€4π₯4π3
Google Maps still works great for navigation, but when it comes to discovering whatβs actually worth visiting, the system is breaking down π»
In our new article, we explain why review manipulation, algorithmic bias, and the lack of verified presence are pushing travelers toward verification-based discovery platforms, where recommendations come from real visits, not review farms β
https://x.com/dagama_world/status/2031428554311745612
In our new article, we explain why review manipulation, algorithmic bias, and the lack of verified presence are pushing travelers toward verification-based discovery platforms, where recommendations come from real visits, not review farms β
https://x.com/dagama_world/status/2031428554311745612
β€7π6π₯5
daGama Global Explorer Quest: only 1 week left! π₯
Donβt miss your chance to join our quest with top on-chain builders! Complete partner tasks, earn Galxe points, and compete for a share of the 600 USDT prize pool from daGama and our partners.
Your chance to join right now β
https://app.galxe.com/quest/daGama/GCjPstYA6D
Donβt miss your chance to join our quest with top on-chain builders! Complete partner tasks, earn Galxe points, and compete for a share of the 600 USDT prize pool from daGama and our partners.
Your chance to join right now β
https://app.galxe.com/quest/daGama/GCjPstYA6D
β€16π1π₯1
Staking periods in daGama π
$DGMA staking is available on our special portal! Go to the platform and stake your tokens for any available period. The longer the period, the higher the APR:
16 weeks β 13.04% APR
32 weeks β 17.04% APR
52 weeks β 21.06% APR
104 weeks β 25.07% APR
Manage your $DGMA staking: https://staking.astatech.io/dashboard
$DGMA staking is available on our special portal! Go to the platform and stake your tokens for any available period. The longer the period, the higher the APR:
16 weeks β 13.04% APR
32 weeks β 17.04% APR
52 weeks β 21.06% APR
104 weeks β 25.07% APR
Manage your $DGMA staking: https://staking.astatech.io/dashboard
π7β€5π₯4
2026 is shaping up to be a major year for daGama. In our new article, we share the product and infrastructure milestones behind our next phase from closing the contribution-to-reward loop with credits to $DGMA conversion to building Proof of Presence as an open verification layer for real-world events.
Read the full version on our blog to see how daGama is evolving: https://www.dagama.world/blog/inside-dagama-product-and-technology-milestones-shaping-early-2026
Read the full version on our blog to see how daGama is evolving: https://www.dagama.world/blog/inside-dagama-product-and-technology-milestones-shaping-early-2026
β€7π₯5π4
Complete on-chain tasks and earn XPs π
Stay active in the daGama testnet and partner quests to collect more XPs!
βΆοΈ Join testnet tasks in the daGama App on Arbitrum
βΆοΈ Explore the Linea and MetaMask ecosystem
βΆοΈ Complete partner quests with 1inch
Every completed task boosts your XP and improves your leaderboard position.
Join the Questboard now: airdrop.dagama.world
Stay active in the daGama testnet and partner quests to collect more XPs!
βΆοΈ Join testnet tasks in the daGama App on Arbitrum
βΆοΈ Explore the Linea and MetaMask ecosystem
βΆοΈ Complete partner quests with 1inch
Every completed task boosts your XP and improves your leaderboard position.
Join the Questboard now: airdrop.dagama.world
π₯6β€3π2
Behind every verification: the supply layer π
A verified event doesnβt appear out of nowhere. Behind every PoP-attestation stands a supply layer:
β’ Validators: checking signals, enforcing policy, reaching quorum
β’ Infrastructure operators: maintaining anchors, beacons, edge devices
β’ Indexers & gateways: ensuring fast queries, aggregation, SLA-grade access
PoP isnβt a check-in button. Itβs a coordinated network of participants making events cryptographically verifiable and economically accountable.
Verification is work. And that work is powered by an ecosystem, not a single server.
A verified event doesnβt appear out of nowhere. Behind every PoP-attestation stands a supply layer:
β’ Validators: checking signals, enforcing policy, reaching quorum
β’ Infrastructure operators: maintaining anchors, beacons, edge devices
β’ Indexers & gateways: ensuring fast queries, aggregation, SLA-grade access
PoP isnβt a check-in button. Itβs a coordinated network of participants making events cryptographically verifiable and economically accountable.
Verification is work. And that work is powered by an ecosystem, not a single server.
π₯5β€3π3π€1
π "The AI Infrastructure Race: Who's Building the Future of Web3?": join our X Space with ChainGPT
This session, weβre diving into what AI in Web3 actually means beyond the hype. Together with ChainGPT, weβll explore how AI is becoming real infrastructure for builders, traders, and on-chain applications.
ποΈ Date: March 27, 1 PM UTC
π€ Speakers:
βͺοΈ Gabriel Hattar β CEO, daGama
βͺοΈ Vlad Nazar β Head of BD, ChainGPT
π Set a reminder and donβt miss this deep dive into the future of AI-powered Web3!
This session, weβre diving into what AI in Web3 actually means beyond the hype. Together with ChainGPT, weβll explore how AI is becoming real infrastructure for builders, traders, and on-chain applications.
ποΈ Date: March 27, 1 PM UTC
π€ Speakers:
βͺοΈ Gabriel Hattar β CEO, daGama
βͺοΈ Vlad Nazar β Head of BD, ChainGPT
π Set a reminder and donβt miss this deep dive into the future of AI-powered Web3!
π4π₯3β€2
AMA with ChainGPT starts in less than 30 minutes! π
At 1 PM UTC, our special AMA session with Vlad Nazar, Head of BD, ChainGPT will go live on the topic: "The AI Infrastructure Race: Who's Building the Future of Web3?"
Join via the link below and learn more about AI and on-chain technologies from one of the leading projectsβ builder in todayβs Web3 industry β
https://x.com/i/spaces/1rxmqoDeXPLxy?s=20
At 1 PM UTC, our special AMA session with Vlad Nazar, Head of BD, ChainGPT will go live on the topic: "The AI Infrastructure Race: Who's Building the Future of Web3?"
Join via the link below and learn more about AI and on-chain technologies from one of the leading projectsβ builder in todayβs Web3 industry β
https://x.com/i/spaces/1rxmqoDeXPLxy?s=20
π4β€3π₯3β‘1
Fake infrastructure problem β οΈ
Most location systems trust signals from beacons, Wi-Fi, and anchors. But these can be spoofed or emulated, creating a false presence.
The issue is simple: a signal β a fact.
Proof of Presence shifts trust to verifiable events:
β’ Validator layer instead of blind acceptance
β’ ZK proofs Π²ΠΌΠ΅ΡΡΠΎ raw signals
β’ Quorum signatures Π²ΠΌΠ΅ΡΡΠΎ single trust point
β’ Nullifiers to prevent replay
Even compromised infrastructure canβt fake a valid event on its own. PoP turns presence into a verifiable truth, not just a signal.
Most location systems trust signals from beacons, Wi-Fi, and anchors. But these can be spoofed or emulated, creating a false presence.
The issue is simple: a signal β a fact.
Proof of Presence shifts trust to verifiable events:
β’ Validator layer instead of blind acceptance
β’ ZK proofs Π²ΠΌΠ΅ΡΡΠΎ raw signals
β’ Quorum signatures Π²ΠΌΠ΅ΡΡΠΎ single trust point
β’ Nullifiers to prevent replay
Even compromised infrastructure canβt fake a valid event on its own. PoP turns presence into a verifiable truth, not just a signal.
π₯8π1
The three-layer architecture behind PoP π
Proof of Presence is a trust layer for the physical world built in three parts:
1οΈβ£ Gateway layer: intake & normalization
All events enter through the Gateway. It standardizes data, filters noise, and routes signals to validators.
No direct trust β only structured input.
2οΈβ£ Validator layer: verification & consensus
Independent validators check events against policy:
β’ Geofence logic
β’ Time validity
β’ Anti-replay protection
Events are accepted only after quorum consensus.
3οΈβ£ Smart contracts: final attestation
Verified events are written on-chain as immutable proofs. Any app can trust the result without trusting the process.
Presence becomes a verifiable event.
This is how we connect Web3 to the real world.
Proof of Presence is a trust layer for the physical world built in three parts:
1οΈβ£ Gateway layer: intake & normalization
All events enter through the Gateway. It standardizes data, filters noise, and routes signals to validators.
No direct trust β only structured input.
2οΈβ£ Validator layer: verification & consensus
Independent validators check events against policy:
β’ Geofence logic
β’ Time validity
β’ Anti-replay protection
Events are accepted only after quorum consensus.
3οΈβ£ Smart contracts: final attestation
Verified events are written on-chain as immutable proofs. Any app can trust the result without trusting the process.
Presence becomes a verifiable event.
This is how we connect Web3 to the real world.
π6π₯4β€2
π²π½ 42M tourists visited Mexico last year β many paid 2-4x more without realizing it.
This week, we break down how the βgringo taxβ actually works, why traditional platforms keep you in tourist bubbles, and how verified local data changes the game.
Discover where locals really eat, how to save with stablecoins, and how to travel smarter in 2026 β
https://www.dagama.world/blog/dagama-travel-weekly-4-exploring-mexico
This week, we break down how the βgringo taxβ actually works, why traditional platforms keep you in tourist bubbles, and how verified local data changes the game.
Discover where locals really eat, how to save with stablecoins, and how to travel smarter in 2026 β
https://www.dagama.world/blog/dagama-travel-weekly-4-exploring-mexico
π₯5π4β€3
Your $DGMA is not idle π°
Holding is one option. Earning while holding is another!
Stake your $DGMA and turn passive tokens into active yield:
1οΈβ£ Go to the staking portal and connect your wallet
2οΈβ£ Enter the amount you want to stake
3οΈβ£ Choose your staking period and approve
Once the period ends, unlock or restake to keep compounding rewards.
Start staking now β
https://staking.astatech.io/
Holding is one option. Earning while holding is another!
Stake your $DGMA and turn passive tokens into active yield:
1οΈβ£ Go to the staking portal and connect your wallet
2οΈβ£ Enter the amount you want to stake
3οΈβ£ Choose your staking period and approve
Once the period ends, unlock or restake to keep compounding rewards.
Start staking now β
https://staking.astatech.io/
π₯7π5β€4
PoP Validation Layer: where we are now πΊοΈ
Weβre deep in building the validation backbone of PoP.
Validator nodes are live as independent services. Each one receives event candidates, verifies them under its own policy, signs decisions, and shares them across the network.
Weβve implemented the core validator lifecycle:
β Dynamic identity via ECDSA keys
β Heartbeat-based liveness (Gateway tracks active nodes in real time)
β P2P vote propagation using GossipSub
β Quorum logic to aggregate decisions into a single attestation
On the validation side, weβre already handling multiple layers of checks:
β Geo validation (time, speed, GPS accuracy, anti-spoofing)
β Place validation (AI attestors + signature verification)
β Payload integrity via hash matching
Whatβs next?
β Full integration between Gateway and validator network (no more stubs)
β Automated event status updates after quorum
β Validator reputation and performance metrics
β Better monitoring (uptime, accuracy, anomaly detection)
More to come π
Weβre deep in building the validation backbone of PoP.
Validator nodes are live as independent services. Each one receives event candidates, verifies them under its own policy, signs decisions, and shares them across the network.
Weβve implemented the core validator lifecycle:
β Dynamic identity via ECDSA keys
β Heartbeat-based liveness (Gateway tracks active nodes in real time)
β P2P vote propagation using GossipSub
β Quorum logic to aggregate decisions into a single attestation
On the validation side, weβre already handling multiple layers of checks:
β Geo validation (time, speed, GPS accuracy, anti-spoofing)
β Place validation (AI attestors + signature verification)
β Payload integrity via hash matching
Whatβs next?
β Full integration between Gateway and validator network (no more stubs)
β Automated event status updates after quorum
β Validator reputation and performance metrics
β Better monitoring (uptime, accuracy, anomaly detection)
More to come π
π5π₯5β€2
The gap between on-chain infrastructure and the real world is finally starting to close β‘οΈ
As billions move on-chain, everyday experiences β where you go, what you do, what you know β are becoming verifiable, valuable, and owned by users, not platforms. This changes how discovery, trust, and rewards work in the real world.
Read the full article to understand whatβs really happening β
https://x.com/dagama_world/status/2041802256102687053
As billions move on-chain, everyday experiences β where you go, what you do, what you know β are becoming verifiable, valuable, and owned by users, not platforms. This changes how discovery, trust, and rewards work in the real world.
Read the full article to understand whatβs really happening β
https://x.com/dagama_world/status/2041802256102687053
β€4π₯4π3
Real-world events become useful π‘
A visit, a route, or an interaction without proof is just data. Not reliable, not reusable, and not valuable.
PoP turns these events into verifiable attestations:
β’ Standardized
β’ Cryptographically proven
β’ Ready for on-chain use
Once verified, real-world actions can power:
β’ Rewards and incentives
β’ Access and permissions
β’ Reputation and identity
β’ Smart contract triggers
This is the shift from raw signals to usable infrastructure. Real-world data becomes valuable when it becomes verifiable.
A visit, a route, or an interaction without proof is just data. Not reliable, not reusable, and not valuable.
PoP turns these events into verifiable attestations:
β’ Standardized
β’ Cryptographically proven
β’ Ready for on-chain use
Once verified, real-world actions can power:
β’ Rewards and incentives
β’ Access and permissions
β’ Reputation and identity
β’ Smart contract triggers
This is the shift from raw signals to usable infrastructure. Real-world data becomes valuable when it becomes verifiable.
π₯4β€3π2
Media is too big
VIEW IN TELEGRAM
Dago is setting off on a journey to discover hidden gem locations in every corner of the planet! πΈ
Where should Dago go next? Comment on the cities you'd like, and the most liked entry will be featured in the next video!
Where should Dago go next? Comment on the cities you'd like, and the most liked entry will be featured in the next video!
π₯8β€4π4π₯°1
The highest staking reward in daGama π
The longest staking period offers the highest APR β up to 25.07% for 104 weeks.
Hereβs how rewards scale:
βͺοΈ 16 weeks β 13.04% APR
βͺοΈ 32 weeks β 17.04% APR
βͺοΈ 52 weeks β 21.06% APR
βͺοΈ 104 weeks β 25.07% APR
The longer you stake, the more you earn.
Lock your $DGMA, grow your rewards, and make your tokens work for you π
https://staking.astatech.io/dashboard
The longest staking period offers the highest APR β up to 25.07% for 104 weeks.
Hereβs how rewards scale:
βͺοΈ 16 weeks β 13.04% APR
βͺοΈ 32 weeks β 17.04% APR
βͺοΈ 52 weeks β 21.06% APR
βͺοΈ 104 weeks β 25.07% APR
The longer you stake, the more you earn.
Lock your $DGMA, grow your rewards, and make your tokens work for you π
https://staking.astatech.io/dashboard
β€5π2π₯2
Validation in PoP β
Validation in PoP is a coordinated process.
Different nodes verify different parts of the same event:
β’ Witness nodes: validate structure and authenticity
β’ Geo-verifiers: check location context and feasibility
β’ Consistency nodes: detect patterns, anomalies, and fraud
β’ zk-processors: prove facts without revealing data
No single node defines truth. Verification comes from quorum and cross-validation.
This separation of roles makes the system more secure, scalable, and less dependent on trust.
In PoP, validation is distributed by design π
Validation in PoP is a coordinated process.
Different nodes verify different parts of the same event:
β’ Witness nodes: validate structure and authenticity
β’ Geo-verifiers: check location context and feasibility
β’ Consistency nodes: detect patterns, anomalies, and fraud
β’ zk-processors: prove facts without revealing data
No single node defines truth. Verification comes from quorum and cross-validation.
This separation of roles makes the system more secure, scalable, and less dependent on trust.
In PoP, validation is distributed by design π
β€8π2π₯2π1
AI agents are getting smarter, but they still donβt understand the real world.
Outdated data, unverified reviews, and static maps limit what agents can actually do outside digital environments. The missing piece is a trusted, real-time data layer grounded in physical reality.
This is where the next frontier begins.
Read the full article β
https://x.com/dagama_world/status/2044361718197875175?s=20
Outdated data, unverified reviews, and static maps limit what agents can actually do outside digital environments. The missing piece is a trusted, real-time data layer grounded in physical reality.
This is where the next frontier begins.
Read the full article β
https://x.com/dagama_world/status/2044361718197875175?s=20
β€2π2π₯2