We compress blockchain storage by 99.98%.
Works on every EVM chain. Today.
Storage is 99% of L1 Ethereum's cost.
We just made it 99.98% more efficient across all EVM chains.
Same ownership data. Fraction of the cost.
Slot 1: TokenID #42 (256 bits)
Slot 2: TokenID #43 (256 bits)
Slot 3: TokenID #44 (256 bits)
...
Slot 256: TokenID #297 (256 bits)
256 storage slots = 256 SSTOREs
Each ID wastes 255 unused bits
Slot 1:
Bit 0: TokenID #42 ✓
Bit 1: TokenID #43 ✓
Bit 2: TokenID #44 ✓
...
Bit 255: TokenID #297 ✓
1 storage slot = 1 SSTORE
Every bit represents ownership
Same data. Same security. 256x compression.
Why compression matters even on ultra-low-cost chains
Even on chains with near-zero gas fees, PacSpace's compression infrastructure reduces computational work to less than 30 gas per token. Efficiency matters regardless of price.
Layer compression with high-TPS chains like Monad (10k TPS) to mint hundreds of thousands of assets or more in single transactions. Maximum throughput, minimum state cost.
Full ERC-721 UX via indexer on any EVM chain. Our compression infrastructure works everywhere, enhancing every ecosystem it touches.
Each 256-bit slot is just the beginning.
Stack multiple slots per transaction. The only limit is block gas.
Compared to the most "optimized" standards today.
This changes everything.
This isn't just an optimization. It's a paradigm shift.
New economies are now possible.
We can now mint thousands of unique on-chain assets for the cost of a coffee, without sacrificing compatibility or decentralization.
Atomic operations. Mathematical guarantees. Zero attack surface.
Every batch mint is a single, uninterruptible transaction.
Each slot is cryptographically isolated. No cross-contamination possible.
Complete in one block. No windows for exploitation between states.
Bit operations are deterministic. Security through mathematics, not complexity.
The economics that killed blockchain adoption just disappeared.
Million-item economies become profitable. Every sword, every skin, every achievement owned by players. True digital ownership at scale.
Every diploma, license, and credential. Verifiable, permanent, and transferable. Educational institutions save millions on verification.
Every package, product, and component tracked from source to destination. Complete transparency without the prohibitive cost.
Patient records, test results, prescriptions. Portable, private, and permanent. Healthcare data that travels with the patient.
This isn't speculation. This is math.
Everything you need to implement compression in your project.
Clear examples. Complete API reference. Production ready. Coming soon.
Deploy your first compressed collection in under 5 minutes with our guided tutorial.
Complete TypeScript/JavaScript SDK with full type definitions and inline documentation.
Production-ready examples for gaming, certificates, ticketing, and more use cases.
Dive deep into the technical architecture and compression mathematics.
Ethereum, Polygon, Arbitrum, Optimism, Base, BNB Chain, Avalanche, and every EVM-compatible blockchain.
Join our early access program to get priority support and shape the SDK development. Contact us for details.
From patent to public good.
Every milestone brings us closer to free storage for everyone.
Patent pending. SDK available. Infrastructure live.
Developer grants. Early adopter program. Community tools.
Open source indexer. Protocol improvements. Ecosystem growth.
Governance begins. Revenue sharing. Decentralization.
Community ownership. Protocol maturity. Global adoption.
Open source. Public good. Compression for everyone.
This isn't a roadmap. It's a countdown.
We know what you're thinking.
Here are the answers.
Yes, 100%. Our indexer translates compressed proofs to standard ERC-721 calls. Every marketplace, wallet, and tool works perfectly. No changes needed.
Yes, here's why it's worth it: The indexer unpacks compressed bits into standard token IDs. It's a simple service that saves you 99.98% on gas. We provide it free during early access.
Patent pending until 2032, then open source. We're protecting the innovation to ensure it becomes a true public good, not a proprietary fork. The countdown has started.
To guarantee it goes open source. Without patent protection, the first copycat could patent it themselves and lock it away forever. We're using the patent system to ensure this becomes a public good.
Yes, on testnet now. Mainnet deployment coming Q4 2025. Early access partners get direct support, free indexing, and help shape the protocol's development.
The transactions are public, reproducible, and verifiable down to the opcode level. The numbers can't be faked. The gas usage is mathematically provable.
This is what 256x compression looks like in practice.
Check the bytecode. Calculate the gas. Run the math.