Effective Date: 30 July 2026Last Updated: 30 July 2026Version: 1.0VDP Active
Comprehensive Security Policy, Technical & Organizational Controls, and Vulnerability Disclosure Program
(VDP) for Tradesala Technologies Pvt Ltd across all 60+ browser applications hosted on
toolspot.tradesala.net.
Executive Security Architecture — Key Highlights
1. Zero Server Storage
100% in-browser WebAssembly & WebCrypto execution. Your files, PDFs, and data never leave your local
device RAM.
2. TLS 1.3 Encryption
End-to-edge HTTPS encryption forced for all requests with modern ciphers and HSTS preloading.
3. Cloudflare WAF & DDoS
Enterprise-grade Web Application Firewall and global edge protection against automated threats and floods.
4. Content Security Policy
Strict CSP headers preventing cross-site scripting (XSS), data exfiltration, and unauthorized script
injection.
5. Zero Database Leak Vector
No backend databases store user payloads or files, completely eliminating server-side data breach risks.
6. Subresource Integrity (SRI)
All client-side JavaScript dependencies are verified with cryptographic SRI hashes.
7. Instant Memory Purge
Uploaded files and tool inputs reside in volatile memory and are purged 100% upon closing the browser tab.
8. Vulnerability Disclosure (VDP)
Dedicated security channel for ethical researchers to report security findings with safe harbor protections.
SECURITY CONTROL & DISCLOSURE NOTICE: Tradesala Technologies Pvt Ltd ("Tradesala") is
committed to building the safest web utilities ecosystem. This Security Policy documents our technical
architecture, cryptographic controls, edge security posture, and responsible disclosure standards for
toolspot.tradesala.net. Security researchers and users are invited to review our controls and
report potential security vulnerabilities through our Vulnerability Disclosure Program.
1. Zero-Trust Client-Side Security Architecture
Unlike conventional SaaS platforms that upload files, documents, and form inputs to remote backend cloud
servers for processing, Toolspot by Tradesala operates on a strict Zero-Trust
Client-Side Architecture.
All 60+ micro-applications hosted on Toolspot — including document utilities (Merge PDF, Split PDF, Compress
PDF, PDF to Word, eSign, Redact, Protect, Unlock), financial modeling tools (Income Tax, EMI, SIP, NPS, FIRE,
Gratuity, NPV), health calculators (BMI, BMR, TDEE, Diabetes Risk, Blood Pressure), and developer tools
(Password Generator, JSON Formatter, QR Code) — compile and execute exclusively inside your web browser's
local sandbox using WebAssembly (WASM), HTML5 WebCrypto API, Canvas
API, and local JavaScript workers.
Zero Server File Processing Guarantee: When you convert a PDF, calculate taxes, generate
passwords, or render a QR code, 0 bytes of your file or input data are sent to, stored on, or processed by
Tradesala servers. All operations happen inside your browser's volatile RAM and are instantly deleted when you
close the browser tab.
2. Cryptographic Standards & In-Browser Privacy
To maintain maximum privacy and prevent local memory tampering or eavesdropping, Toolspot implements modern
cryptographic standards directly inside the browser environment:
Cryptographically Secure Random Numbers (CSPRNG): Tools like the Password Generator and
cryptographic token generators rely strictly on `window.crypto.getRandomValues()` to provide high-entropy
randomness resistant to prediction attacks.
Client-Side Document Encryption: PDF Protection and Password Unlocking run client-side
using WebCrypto and native JS libraries without revealing passwords or keys over the network.
Volatile Memory Isolation: All intermediate data buffers created during document parsing
or compression exist solely in temporary JavaScript heap memory and are released when DOM nodes or web
workers terminate.
3. Network & Transport Security (TLS 1.3 & HSTS)
Although user data remains client-side, all code and static assets delivered to your browser are protected by
strict network security transport standards:
Enforced HTTPS / TLS 1.3: Plain HTTP connections are automatically redirected to HTTPS
via 301 Permanent Redirects. All traffic uses TLS 1.3 with forward-secrecy ciphers;
HTTP Strict Transport Security (HSTS): Max-age headers enforcing HTTPS for at least 1
year (31,536,000 seconds) with `includeSubDomains` and `preload` directives;
Security Headers: We enforce rigid browser security headers on every response:
Toolspot is delivered globally via Cloudflare, Inc.'s high-speed Content Delivery Network (CDN) and Anycast
DNS network. This infrastructure layer provides enterprise-grade perimeter security:
🛡️ Web Application Firewall (WAF)
Cloudflare WAF filters incoming HTTP/HTTPS requests at the edge, blocking malicious request patterns, SQL
injection probes, path traversal attempts, and known attack vectors before reaching static origin servers.
⚡ Distributed Anti-DDoS Protection
Unmetered Layer 3, 4, and 7 DDoS mitigation absorbs volumetric attacks and botnet floods to ensure
uninterrupted 99.99% service availability worldwide.
🤖 Bot & Automated Abuse Prevention
Heuristic bot detection cookies (`__cf_bm`, `cf_clearance`) distinguish legitimate human browser
interaction from malicious automated scrapers and brute-force bots.
🌐 DNSSEC & Domain Isolation
Toolspot domain records are protected with DNS Security Extensions (DNSSEC) to prevent DNS spoofing,
cache poisoning, and man-in-the-middle impersonation.
To safeguard against Cross-Site Scripting (XSS), data exfiltration, or malicious script injection, Toolspot
enforces a strict Content Security Policy (CSP) and Subresource Integrity checks:
Strict CSP Directives: Restricts script execution, frame embedding, and network
connection endpoints to verified origins (`'self'`, official Google Analytics endpoints, and trusted CDNs);
Subresource Integrity (SRI): External open-source libraries (e.g. JSZip, PDF.js) loaded
via CDNJS are cryptographically validated against SHA-256/SHA-384 integrity hashes to guarantee that code
has not been tampered with;
No Dynamic Code Execution: Avoids unsafe `eval()` construct usage in application business
logic to mitigate code-injection attack surfaces.
6. OWASP Top 10 Security Checklist
Tradesala maintains compliance with the Open Web Application Security Project (OWASP) Top 10 security
standards:
7. Vulnerability Disclosure Program (VDP) & Safe Harbor
Tradesala deeply values the contributions of ethical security researchers, penetration testers, and the
cybersecurity community. If you discover a potential security flaw, vulnerability, or exposure on
toolspot.tradesala.net, we encourage you to report it to us immediately.
Scope & Reporting Guidelines
In-Scope Targets: Web applications on toolspot.tradesala.net, static
JavaScript modules, security header configurations, CSP bypasses, or client-side data leakage vectors.
Out-of-Scope Targets: Social engineering / phishing against Tradesala staff, physical
security attacks, volumetric DDoS attacks, spamming, or automated scanner reports without proof-of-concept.
Safe Harbor Policy
If you conduct security research in good faith and in compliance with this policy:
We will not initiate legal action or report you to law enforcement Authorities;
We will work with you to understand and resolve the vulnerability promptly;
We request that you allow us a reasonable resolution timeframe (typically 7 business days) before
disclosing details publicly.
How to Submit a Security Finding
Send an encrypted or detailed report to [email protected] (or
[email protected]) with the subject "Vulnerability Disclosure Report — [Short
Description]";
Include step-by-step reproduction steps, proof-of-concept (PoC) code or screenshots, and affected URL
endpoints;
Our Security Incident Response Team (SIRT) will acknowledge receipt within 24 hours and
provide status updates until remediation is complete.
8. Statutory Security Compliance & Standards
Toolspot's technical security measures comply with international and regional cyber security regulations:
India IT Act 2000 & DPDPA 2023: Full compliance with Section 43A (Reasonable Security
Practices) and Section 8 (Data Security Safeguards);
EU GDPR Article 32: Implementation of appropriate Technical and Organizational Measures
(TOMs) for security of processing;
US NIST Cybersecurity Framework (CSF): Adoption of Identify, Protect, Detect, and Respond
core principles.
Found something? Let us know.
We appreciate the security research community. Your responsible disclosure helps protect the data of
thousands of Indian sellers and their customers who rely on our tools every day. If you discover a
vulnerability or security flaw, please report it to [email protected].
9. Corporate Security Desk Contact
For official security inquiries, vulnerability reports, or compliance audits, contact our corporate security
team: