Algosize is a SaaS platform that scans cloud environments, codebases, and algorithms to surface idle resources, security flaws, and performance inefficiencies. It provides line‑level findings ranked by cost savings or risk severity, all processed in‑memory within the browser, enabling engineering, DevOps, and security teams to cut spend, harden security, and optimize code without additional tooling.
Funding
Funding not disclosed
Founders
Product
Problem
Engineering teams often incur hidden costs from idle cloud resources, undiscovered security vulnerabilities in code, and inefficient algorithms that degrade performance. These issues lead to unnecessary spend, increased risk, and slower product delivery.
Solution
Algosize offers a unified SaaS platform that analyzes cloud usage, scans code for security flaws, and evaluates algorithmic efficiency. Users connect their cloud accounts or paste code, and the service automatically identifies idle resources, oversized instances, unexpected egress, hard‑coded secrets, unsafe patterns, and inefficient code structures. Findings are ranked by potential dollar savings or risk severity and include line‑level details with actionable recommendations. The analysis runs entirely in‑memory, ensuring that code never leaves the user’s session. Results are presented in a concise dashboard, allowing engineers to remediate waste, harden security, and refactor performance bottlenecks without additional tooling.
Target Audience
Primary customers are software engineering, DevOps, and security teams that manage cloud infrastructure and maintain codebases, particularly those seeking to reduce operational spend and improve code quality.
Features
- Cloud cost analyzer that flags idle resources, oversized instances, unreserved compute, and surprise egress, prioritized by estimated savings
- Vulnerability scanner that detects hard‑coded secrets, SQL concatenation, eval/exec usage, and production‑only configurations with line numbers and severity scores
- Algorithm optimizer that identifies nested loops, repeated array scans, and un‑memoized recursion, suggesting lower‑complexity alternatives (e.g., O(n²) → O(n))
- In‑browser, in‑memory analysis ensuring no code is stored on the service side
- Unified interface for all three analyses with a free tier of five runs per month and unlimited usage in the paid plan
- Email support with sub‑24‑hour response times for paid customers