We Don’t Outsource
Your Code — Ever.
Your codebase is your business. Your credentials are your livelihood. Here’s the data behind why we keep everything in-house, and what that means for every project we touch.
In the web development industry, outsourcing code is commonplace. Development shops subcontract work overseas, hand off entire codebases to third-party teams in other countries, and trust that an NDA signed in a foreign jurisdiction will protect their clients. We’ve watched this practice grow for decades. And we want to be absolutely clear about where we stand: we don’t do it. Not for cost savings. Not for speed. Not under any circumstances.
This isn’t just a preference — it’s a security posture backed by hard data. The statistics coming out of the cybersecurity industry in 2024 and 2025 tell a disturbing story about what happens when your code, your credentials, and your business logic leave your direct control.
“Once your source code leaves your hands, you’ve handed over the keys to your entire business — and in many jurisdictions, you have no legal recourse to get them back.”
of all confirmed data breaches involved a third-party vendor or partner
Verizon DBIR 2025
increase in third-party breach involvement in a single year (15% → 30%)
Verizon DBIR 2024 vs 2025
of third-party-involved breaches were classified as full system intrusions
Verizon DBIR 2025
new WordPress vulnerabilities discovered in 2024 — 22 per day
Wordfence / Patchstack 2025
What “Outsourcing Your Code” Actually Means
When a development agency sends your project to an overseas contractor, a few things happen that most clients never think about. The contractor receives your full source code — your business logic, your database schemas, your API integrations, your authentication flows. In many cases, they receive environment files, staging credentials, and FTP or SSH access. Sometimes they receive production credentials.
From that point forward, you have no visibility into who has seen your code, who has copied it, who has stored it on their personal machine, or what they’ve learned from it. The development shop’s NDA with the contractor means nothing if that contractor operates in a country with weak IP law enforcement, or if the individual developer decides to keep a local copy for “reference.”
Hardcoded credentials, API keys, database connection strings, and .env files are almost always present in codebases handed to outsourced developers. In the wrong hands, these aren’t just a liability — they’re an open door into your production systems.
Supply chain attacks: the slow-burn threat
Beyond outright theft, there’s a subtler and increasingly common risk: a developer with access to your codebase inserts a small, benign-looking piece of malicious code. It could be a modified dependency, an additional function tucked into a utility file, or a logging call that exfiltrates session tokens. You deploy it. It sits dormant. And months later, someone has access to your database, your customer records, or your admin panel.
This is not a hypothetical. This is how several of the highest-profile supply chain attacks in recent years have operated, and the Verizon DBIR explicitly tracks it as a growing attack category under third-party and software supply chain breaches.
The WordPress Problem Is Getting Worse
WordPress powers over 40% of the entire web — and it is the most actively targeted platform in existence. The vulnerability numbers from 2024 are sobering: nearly 8,000 new security flaws disclosed in a single year. That’s one new vulnerability discovered every 65 minutes, around the clock.
What makes this especially relevant to the outsourcing discussion: 35% of those vulnerabilities remained unpatched as of 2025. That means over one-third of known plugin and theme flaws had no fix available — and developers either didn’t know or couldn’t reach the vendor. When you add an outsourced developer to this picture — someone with lower accountability and potentially malicious intent — the unpatched vulnerability isn’t a bug. It becomes a scheduled entry point.
Human element
Stolen credentials
Third-party/vendor
Vuln exploitation
Small Sites Are Not Safe by Obscurity
One of the most persistent myths in web security is that small websites don’t get targeted. Why would an attacker go after a local business site or a small e-commerce store when there are bigger fish to fry?
The data says otherwise. In 2024, 73% of WordPress attacks targeted sites with fewer than 1,000 monthly visitors. Small sites get targeted precisely because they’re easier. They’re less likely to have monitoring in place. They’re less likely to notice a breach quickly. And they’re often running outdated plugins and themes — including ones installed by an outsourced developer who long since stopped caring about your project.
For small businesses, a breach isn’t an inconvenience. It’s potentially a business-ending event. Customer data exposed, PCI compliance violated, Google blacklisting the domain — the downstream consequences of a single compromised credential can take years to fully repair.
“73% of WordPress attacks in 2024 targeted sites with fewer than 1,000 monthly visitors. Small doesn’t mean safe.”
Our Commitment to Your Project
With nearly 30 years in web development and hosting, we’ve seen what happens when code and credentials get into the wrong hands. We built our operation around a simple principle: your project stays with us. Period.
- All development work is performed in-house by our own team — no subcontracting, no offshore handoffs, ever.
- Your credentials, API keys, and environment files are stored securely and never shared with third parties.
- We maintain full chain-of-custody on every codebase we touch, from first commit to deployment.
- Access to your systems is limited to only what is needed for the specific task at hand — principle of least privilege, always.
- We perform regular security reviews on client sites we host, including plugin and theme vulnerability monitoring.
- If a security issue is discovered in your stack, you hear about it from us — directly and immediately.
When you work with SolarBlu.net, you’re not a ticket in a queue handed off to whoever is cheapest that week. You’re a client with a real business, real data, and real exposure if something goes wrong. We take that seriously.
What to Ask Any Developer Before You Hire Them
Whether you work with us or not, these questions will reveal a lot about how seriously a development shop takes your security:
1. Do you use subcontractors or offshore labor for any portion of the work?
If the answer is yes, ask specifically who will have access to your codebase, credentials, and staging environment. Get it in writing. Demand to know which countries are involved and what legal framework governs the relationship.
2. How do you handle credential management?
If a developer asks for your admin password over email or Slack, that’s a red flag. Credentials should be shared through a password manager with access revocation capability, never stored in plain text, and never shared more broadly than necessary.
3. What’s your offboarding process?
When a project ends or a developer is removed from your team, what happens to their access? Are passwords rotated? Is SSH access revoked? Are API keys regenerated? A shop that can’t answer this clearly has never thought about it.
4. Can you show me your security practices documentation?
Any professional operation should be able to articulate how they handle client data. If the answer is a shrug, you have your answer about how they treat your information.
The cybersecurity data is clear: third-party access is one of the fastest-growing vectors for data breaches. In an industry where outsourcing is treated as a feature, we treat keeping your work in-house as a non-negotiable standard. That’s not a marketing line. It’s how we’ve operated for 30 years, and it’s how we intend to keep operating.
Your code is your business. We treat it accordingly.