mntpoint.org — full-stack systems, low-level tooling, abstract engineering

mntpoint

Two developers. Assembly to JS, kernel to cloud, layer 1 to layer 7.

We build the stack from the bootloader up.

bitfeller

bitfeller

dev since 2017 — years

Full-stack systems and macro systems. Writes from the UI layer down to bare metal — infrastructure, raw assembly, and node security work. Knows exactly where things break and why.

Languages — C/C++, Rust, JS/TS, Python, PHP, Lua, x86 ASM
Systems — Linux kernel, Bash automation, infrastructure management
Full-Stack — end-to-end UI and server-side development, compiler design, macro-controlled performance
Adversarial Security — penetration testing, threat modelling, attack surface analysis
github.com/Bitfeller
ArrowSlashArrow

ArrowSlashArrow

dev since 2019 — years

Oriented toward metaprogramming and abstract construction. Builds compilers, generative systems, and tools that produce or transform other tools. Does not write documentation. Will not write documentation.

Languages — Python, Rust
Metaprogramming — code generation, macro systems, compile-time tooling
Compilers & DSLs — language design, parsing, IR and code emission
Generative Systems — tools that write, transform, or describe other software
github.com/ArrowSlashArrow

// projects · node landscape

Enter the cluster.

View the active 3D node landscape of our numerous projects. Each node represents a project, tool, or area of work. Highlighted nodes are selective interactive projects — select one to see brief details and a demo of the project.

Drag to orbit · Click a highlighted node to inspect

Project

[no selected project]

Select a highlighted node and a detail card will open here.
[no title]
[no selected project]

// infrastructure

We run our own stack.

No managed platforms where they aren't needed. Bare-metal hypervisors, containerized workloads, selective cloud where it earns its cost, and Bash holding it together at 2am.

Platform

Proxmox VE

Open-source hypervisor for deploying and managing VMs and containers. We run bare-metal clusters with full control over hardware, networking, and resource allocation. Handles both traditional VMs and lightweight LXC containers across our infrastructure.

KVM virtualization with live migration
LXC containers for lightweight workloads
Cluster-wide HA and automatic failover
CEPH distributed storage integration
Cluster Status
$ pvesh get /nodes pve-node-01 [online] pve-node-02 [online] pve-node-03 [online] resources vms: 19 running | storage: 87% used containers: 34 running | cpu: 42% avg

Platform

Docker

Container orchestration and runtime that ensures consistency from development to production. Docker Compose stacks define multi-service applications declaratively, making deployments predictable and rollbacks trivial.

Multi-stage builds for optimized images
Docker Compose for service orchestration
Registry integration and image signing
Networking and volume management
Service Rollout
$ docker compose up -d Creating network "api_net" done Creating api....... done Creating worker.... done Creating redis..... done Creating nginx..... done

Platform

AWS

Strategic cloud deployment for workloads that require geographic reach, elasticity, or managed services. EC2 for compute, S3 for object storage, and selective use of managed offerings where the operational savings justify the cost overhead.

EC2 instances across multiple regions
S3 for durable object storage and backups
CloudFront CDN for global distribution
VPC isolation and security groups
Fleet Status
$ aws ec2 describe-instances us-east-1: 3 running eu-west-1: 2 running ap-southeast-1: 1 running storage s3 buckets: 8 | objects: 2.3M | size: 450GB

Platform

Bash / Systems

The glue holding everything together. Deep Linux/Unix tooling, systemd service management, and Bash-based automation scripts. Anything that can run on a shell is measurable, scriptable, and reproducible across infrastructure.

Systemd units for service lifecycle
Automated deployment and reconciliation
Log aggregation and metrics collection
Network configuration and firewall rules
Reconciliation Cycle
$ ./ops/reconcile-nodes.sh --all [OK] drift check passed [OK] reloaded 2 unit files [OK] pruned 847 old logs [OK] synchronized configs completed in 00:00:14

// contact

Get in touch.

For collaborations, contract work, or if something we shipped broke your thing.

ArrowSlashArrow
[email protected]