Bootstrapping the Physical Layer of Web3

Attestima is the first cryptographically secure physical proximity protocol. Powered by BLE Channel Sounding. Private by design. ZK-ready.

Cryptographically Secure Proof of Proximity

The Proximity Problem

Current proximity technologies are fundamentally flawed and easily spoofed

Spoofable Technologies

GPS Location

Can be spoofed with software

QR Codes

Easily replicated and shared

NFC/RFID

Cloneable and range-limited

Attestima Solution

BLE Channel Sounding
Cryptographically secure proximity proof
Spoof-resistant at the physical layer
Zero-knowledge ready architecture
Privacy-preserving by design
Proof of Proximity

Use Cases

Unlock new possibilities with cryptographically secure proximity verification

IRL NFTs & Events

Proof of attendance for conferences, concerts, and meetups

Cryptographically verify physical presence at events without revealing location data

DAO Governance

Location-weighted voting and proximity-based proposals

Enable democratic decision-making based on verified physical communities

Rideshare & Delivery

Secure pickup/dropoff verification without location spoofing

Eliminate fraud and improve safety through cryptographic proximity proof

Workplace Rewards

Employee recognition and productivity tracking

Fair compensation for on-site work with privacy-preserving verification

Location-Based Gaming

AR games and treasure hunts with spoof-proof mechanics

Create immersive experiences where physical presence truly matters

Loyalty & Rewards

Retail and hospitality programs with verified visits

Build trust between businesses and customers through authentic interactions

Multi-Signature Authorization

Proximity-constrained multi-party authorization

Boardroom multisig and DAO governance anchoring (weight voting)

Social, Gaming, and Experience Design

Physical interaction composable into games and social logic

IRL XP Systems, Fan Campaigns, Friend Graph Construction

Public Sector and Identity Systems

ZK-based anonymous credentials for strong identity primitives

ZK-Proof of Proximity, GovTech Applications, IRL Whitelisting

Roadmap

Our journey to revolutionize proximity verification

Protocol Foundations & Alpha Rollout

Q4 2025 - Q1 2026

  • Hardware development, production, and certification
  • Deploy BLE-enabled gateways at selected IRL events
  • Launch basic smart contract for:
    • Token minting based on verified proximity
    • Public querying of proximity graph data
  • Begin initial $TIMA minting & distribution
  • Release BLE gateways and wristbands for channel sounding

Ecosystem Launch

Q2 2026

  • Onboard early customers: DAOs, conferences, NFT platforms
  • Launch non-ZK reputation & proximity linkability system
  • Introduce usage-based token burn / stake model
  • Release SDK for IRL quests, XP, and integrations

Privacy & ZK Layer

Q3-Q4 2026

  • Add optional ZK presence & proximity proofs
  • Launch anonymous credential system
  • Enable event linking via zk-tags without deanonymization
  • Integrate KYC-compatible issuance for regulated markets

Proximity as a Protocol

2027

  • Begin development of custom chain or L2 rollup
  • Enable on-chain querying of global proximity history
  • Ecosystem tools: ZK voting, access control, reputation graph
  • Third-party dApps integrate verifiable proximity APIs

$TIMA Token Ecosystem

A sustainable economy built around verified proximity interactions

Hosts

Event organizers, businesses

Stake $TIMA to create proximity zones

Users

Mobile app participants

Earn $TIMA for verified attendance
Attestima
Protocol

dApps

Third-party integrations

Pay $TIMA for API access & verification

Token Utility

Stake to create proximity zones
Pay for API verification calls
Governance voting rights
Network fee payments

Value Accrual

Earn rewards for attendance
Staking yield from network fees
Reduced costs for frequent users
Ecosystem growth sharing