Ethereum
Maximum security and liquidity for high-value assets, priced accordingly in gas.

The P2E graveyard is full of games with beautiful NFTs and token economies that lasted eleven weeks. They died the same death: an economy designed for the pitch deck instead of the player base, where earning outpaced sinking, the token chart went vertical then vertical the other way, and the "earn" left before the "play" ever arrived. Cobweb Games builds play-to-earn games in the opposite order. The game has to be worth playing at token price zero. The economy has to survive both a bull run and a winter. The smart contracts have to survive people whose full-time job is breaking smart contracts. Get those three right and P2E works. Skip any one, and you built expensive confetti. We provide full-cycle P2E game development services: game design, tokenomics, smart contract engineering, NFT integration, marketplace infrastructure, and the security auditing that on-chain money makes non-negotiable.

Every layer of the Web3 game stack, engineered by people who understand both halves of the phrase "blockchain game."
Original P2E titles built from your concept with the game-first design discipline that gives the token economy something worth attaching to.
NFT games where the assets have in-game utility, not just a JPEG and a floor price. Ownership that changes gameplay is ownership players value.
On-chain game logic where it matters, off-chain where it performs. The architecture decision of which state lives on-chain determines your gas costs, your latency, and your player experience. We make it deliberately.
Full GameFi ecosystems: staking, yield mechanics, governance, and the platform infrastructure that turns a single game into an economy.
Dual-token models, emission curves, sink design, and the supply-demand math that determines your economy's lifespan. This is the discipline most failed P2E games skipped. We do not skip it.
Solidity and Rust contracts written, tested, fuzzed, and audited. On-chain code is code you cannot patch on Tuesday. It ships correct or it does not ship.
In-game and standalone marketplace integration with royalty enforcement, lazy minting where it saves gas, and the listing UX that does not require a Web3 tutorial to use.
MetaMask, WalletConnect, and embedded wallet solutions that let a mainstream player onboard without knowing what a seed phrase is until they need to.
Standard game QA plus economy simulation and exploit testing, because in a P2E game a bug is not a glitch. It is a bank vulnerability.
Economy monitoring, emission tuning, event cadence, and the live balancing that keeps token velocity healthy after launch.
Internal audit passes plus third-party audit coordination before mainnet. Every exploit found before launch is a headline that never runs.


Send us the concept and the token thesis. We will tell you if the economy holds, and exactly where it breaks if it does not. Itemized estimate with chain recommendation and audit scoping within 48 hours. NDA first, always. The P2E games still standing are the ones that were games first. Build one of those.


Maximum security and liquidity for high-value assets, priced accordingly in gas.

Low-cost, high-throughput EVM chain and the default recommendation for most P2E economies.

High-speed, low-fee architecture for games with heavy transaction volume.

Large retail user base and cheap transactions for mass-market titles.

Subnet architecture for games that want their own dedicated chain performance.

Gaming-specific L2 with gas-free NFT minting and trading built for exactly this use case.

Ethereum L2 security with a fraction of the transaction cost.

Coinbase-backed L2 with the smoothest fiat onramp path for mainstream players.
Engineers who have shipped both traditional games and on-chain systems. The overlap is rarer than the job listings suggest.
Economies modeled and stress-tested against player behavior before launch, including the behavior of players who only want to extract.
Test coverage, fuzzing, and audit discipline on every contract that touches value.
Hybrid on-chain/off-chain design that keeps gameplay fast and costs sane at scale.
P2E on mobile, PC, and web with wallet flows adapted to each platform's store policies.
Weekly builds, open backlogs, and honest reporting. Especially important in a sector with a trust deficit.
Feedback loops, governance tooling, and the community management infrastructure Web3 games live on.
Chains upgrade, standards evolve, exploits get published. We stay on retainer for all three.
Players own what they earn, provably, and can trade it without your permission. That is the point.
Primary sales, marketplace royalties, and token appreciation alongside traditional monetization.
Skin in the game is the strongest retention mechanic ever invented when the game underneath deserves it.
Player-driven markets that generate emergent gameplay no designer could script.
On-chain records that make drop rates, scarcity, and economy flows publicly verifiable.
Players who vote on the game's future defend the game's future.
Economies designed to compound rather than cannibalize themselves.
Sustainable earn mechanics that reward play instead of subsidizing extraction.
Concept, audience, chain selection, and regulatory context established before design begins.
Sources, sinks, and value flows mapped for the full player lifecycle, including the extractors.
Supply, emission, utility, and governance modeled and simulated before a single token exists.
The actual game, designed to be worth playing at token price zero.
Contract architecture, testing, and deployment across testnet to mainnet.
Asset production, metadata standards, and minting infrastructure.
Game QA, economy simulation, exploit testing, and third-party audit coordination.
Mainnet launch, economy monitoring, and the community operations Web3 retention runs on.


Chain integration, infrastructure, and protocol-level engineering.
Solidity and Rust specialists with audit-hardened habits.
Unity and Unreal engineers who ship actual games.
Loop and progression designers who balance fun against economics.
Economy modelers who simulate before they mint.
Game testing plus exploit-hunting, because P2E QA is both.
Our Technology Expertise in 3D Character Modeling.

Primary game client engine with Web3 SDK integration.

High-fidelity P2E clients and metaverse experiences.

EVM smart contracts across Ethereum and its L2 family.

Solana programs and performance-critical infrastructure.

The contract runtime standard across most supported chains.

Decentralized asset and metadata storage that outlives any single server.

Oracles and verifiable randomness for provably fair drops.

Wallet connectivity across browser, mobile, and in-game flows.
Two studios before Cobweb pitched us art and roadmaps. Cobweb pitched us an economy simulation showing exactly where our proposed tokenomics would collapse: month four, when early adopters started net-extracting. They redesigned the sink structure before writing a line of gameplay code. We are fourteen months post-launch, and the token is within 20% of its launch price. In this market, that is a miracle with math behind it.
Our smart contract audit came back from the third-party firm with zero critical findings. The auditors told us that almost never happens on first submission. That is what Cobweb's internal fuzzing and test discipline bought us: an audit that confirmed instead of corrected.
We had an existing mobile RPG and wanted NFT integration without alienating the 95% of our players who do not care about crypto. Cobweb built the Web3 layer as fully optional, with embedded wallets and fiat onramps. Adoption among existing players hit 22% in the first quarter, and our store ratings did not move a decimal.
A P2E game rewards players with assets that hold real-world value: tokens, NFTs, or both, tradable on open markets. The player's time and skill produce ownable, sellable value instead of points trapped in a database.
Gameplay generates on-chain rewards through emission systems. Players hold assets in crypto wallets, trade them on marketplaces, and in well-designed economies, spend them back into the game through sinks that keep the economy circulating instead of draining.
Ownership. In traditional games, your items belong to the publisher's database. In P2E they belong to your wallet, provably, and survive even if the game does not. Everything else about good game design stays identical.
Polygon or Immutable for most game economies: low fees, high throughput, gaming-native tooling. Solana for extreme transaction volume. Ethereum mainnet for high-value assets where security premium matters. The honest answer depends on your gas profile and audience, and we model it before recommending.
A focused P2E title with tokenomics, contracts, and wallet integration: $80,000 to $200,000. Mid-scale titles with marketplaces and multiplayer: $200,000 to $500,000. Full GameFi ecosystems and MMO-scale economies: $500,000 plus. Audit costs are scoped separately and never skipped.
Six to nine months for a focused title including audit cycles. Twelve to twenty-four months for large-scale economies. Audits add four to eight weeks and are not compressible, by design.
Yes. Assets are minted to player wallets as NFTs or tokens. Ownership is on-chain and independent of our servers or yours.
Yes, after a technical audit of the existing codebase and economy. The integration is designed so Web3 features are additive for interested players and invisible to everyone else.
Yes. Custom token models designed, simulated, and stress-tested against extraction behavior before deployment. Copy-pasted tokenomics from a successful game is how economies die in a new context.
Yes. In-game and web marketplaces with royalty enforcement, auction mechanics, and the trading UX that does not require a tutorial.
MetaMask, WalletConnect-compatible wallets, Coinbase Wallet, Phantom for Solana, and embedded wallet solutions that onboard mainstream players without a seed phrase ceremony.
Yes. Economy monitoring, emission tuning, event operations, contract upgrades where architecture permits, and security response. A P2E game without LiveOps is a countdown timer.











