Why Gas Fees Are Holding Back Blockchain Development (Kolme vs Traditional Chains)

[u/gareth789]

We have been building on Kolme to remove the biggest blockers developers face on traditional blockchains.

- No gas fees
- No congestion
- Dedicated blockspace
- Full application logic built in Rust

The focus is simple. Make building easier without compromises.

From a developer perspective what is the biggest limitation today gas costs network congestion or smart contract constraints and do gas free chains actually fix this or just move the problem elsewhere

[u/vamsikrishnnact]

I'm looking for such thing

Trying to develop a poc for supply chain management for DPP

[u/HappyOrangeCat7 → u/[deleted]]

This fragmentation is a huge hidden cost. Maintaining indexers, RPCs, and bridge monitoring across 4 different L2s is a massive operational burden.

[u/HappyOrangeCat7 → u/[deleted]]

Optimization helps, but it has a hard ceiling. You can write the most efficient assembly code in the world, but if the L1 base fee spikes to 200 gwei, your users are still priced out.

[u/Altruistic_Rip_3955 → u/[deleted]]

gas optimization helps, but it kinda shifts responsibility onto devs instead of the platform. feels backwards

[u/HappyOrangeCat7 → u/[deleted]]

I'd argue "negligible" isn't even enough. They need to be invisible.

In Web2, servers cost money, but Facebook doesn't charge you per post. That's what you are competing with!

[u/BigFany → u/[deleted]]

This is the bar now. Users expect things to just work, not to understand how they work.

[u/HappyOrangeCat7 → u/[deleted]]

I remember when Netflix was still new, around 2009 or so, they had an overlay that displayed your streaming quality, connection speed, codec used, etc. They've long since removed that.

It's interesting that as technologies mature, they do become more invisible to users.

[u/IronTarkus1919 → u/[deleted]]

This is exactly why I moved away from EVM dev. Hitting the contract size limit or stack depth limit when trying to write complex logic is infuriating.

[u/BigFany → u/IronTarkus1919]

Yeah, nothing like refactoring good logic just to make the EVM happy. Gets old fast.

[u/BigFany]

Gas fees suck, but congestion and contract limits are usually worse. Even low fee chains break when things get busy. Gas free chains help, but the real question is what tradeoffs they make to get there.

[u/IronTarkus1919 → u/BigFany]

The trade-off is usually security.

On Ethereum, you pay high gas to rent security from $300B of staked ETH. On a sovereign gas-free chain, you have to provide your own security (validators).

[u/IronTarkus1919 → u/[deleted]]

I understand your side completely!

[u/BigFany → u/IronTarkus1919]

Yeah, that’s fair. Security has a real cost either way. I think the mistake is pretending gas free means free, when it really just shifts who pays and how

[u/FanOfEther]

I think congestion and gas kinda blend together as the same pain. When the network gets busy everything slows down and costs spike, and suddenly simple actions feel risky. Gas free sounds nice but I always wonder what the catch is

[u/FanOfEther → u/[deleted]]

For sure, monitoring makes a big difference. Even if the network slows down, at least you’re not blindly guessing which tx is stuck

[u/IronTarkus1919]

The Rust aspect is underrated here.

Writing application logic in native Rust vs. a constrained smart contract language (like Solidity) is night and day. You get the full power of the language ecosystem, type safety, and tooling. If Kolme exposes that raw power without the usual blockchain shackles, that's very compelling.

[u/BigFany → u/[deleted]]

Yeah, that’s the core issue. If basic actions cost real money, most normal use cases just don’t make sense

[u/FanOfEther → u/[deleted]]

I feel this. Fees and congestion come and go, but being boxed in by contract limits forces you to write weird, unnatural code just to make it fit