Cyber Security Solutions
Part of Security Operations, alongside Network Operations Center (NOC) Services.
Every security control has something it cannot see. So cybersecurity works as overlapping layers rather than as one product. TTS Cyber covers both sides of that: the software guarding your network and the computers people work on, and the rules governing who holds an account.

How can TTS Cyber help?
TTS Cyber puts the technical controls in place and helps write the rules that govern them.
The controls are all of these:
- Firewalls at the network edge.
- Endpoint detection and response on the machines your staff use.
- Intrusion detection systems watching traffic for activity that does not belong.
The rules are all of these:
- Password policies.
- User access controls.
- Data encryption.
- The procedures your team follows when somebody asks for a password reset or a new sign-in method.
The second list exists because of what the first cannot see. An attacker who talks their way into a working account is not running a malicious file or forcing a connection. The account they are using is one somebody granted and nobody revisited.
What does a multi-layered approach mean?
Layering is an argument about failure.
A firewall decides what may cross the boundary of your network. The firewall sees nothing once an attacker signs in with a real password, because a stolen login looks like a normal working day.
Endpoint detection and response watches how software behaves on a machine and flags what does not belong. Nothing malicious runs at all when somebody phones your front desk and talks a staff member into approving a sign-in prompt. The attacker signs in as a real user.
Intrusion detection systems flag traffic that looks wrong. They do not decide who holds an administrator account or how long it keeps working after that person leaves.
Password policies, user access controls and data encryption answer what those three cannot. An attacker only has to find one gap. That is why no single control carries the job alone.
What do security policies and procedures actually cover?
Security policies and procedures are the rules that decide who can reach what.
User access controls answer who holds an administrator account, who can open the folder that holds payroll, and how quickly access ends when someone leaves. Password policies set how credentials are chosen and reset, and what a help desk verifies before resetting one, because the reset request is the step an attacker aims at. Data encryption decides how much a stolen laptop actually exposes.
TTS Cyber helps design and implement all three. It writes the procedures around them: who approves a new account, what a staff member checks before granting one, and what gets recorded when they do.
What are cybersecurity solutions?
Cybersecurity solutions are a set of tools, processes, and services that protect businesses and organizations from cyber threats.
These solutions are designed to detect, prevent, and respond to malicious activity that could potentially compromise the security of a company’s data, systems, and networks. Cybersecurity solutions are necessary for any organization that stores or processes information, as even the most basic of networks can be vulnerable to attack.
What’s included
- Firewalls
- Endpoint detection and response (EDR)
- Intrusion detection systems
- Security policies and procedures
- Password policies
- User access controls
- Data encryption
What it’s for
- Protection against common attacks such as phishing and malware
- A lower chance of a successful attack on your network
Frequently Asked Questions
What cybersecurity services does TTS Cyber provide?
TTS Cyber takes a multi-layered approach: firewalls, endpoint detection and response, and intrusion detection systems, plus help designing and implementing security policies and procedures such as password policies, user access controls, and data encryption.
What’s the difference between cybersecurity and IT support?
IT support keeps your systems running. Cybersecurity is the specific discipline of protecting them from unauthorized access, data theft, and attack. TTS Cyber scopes them as two separate parts of an agreement, Managed IT and Managed Security. A business can take the depth of security work it actually needs rather than a fixed bundle.
An employee’s work laptop was stolen with customer files on it. When does Ohio’s breach-notification law require notice?
That turns on two questions. The first is whether the drive was encrypted. Ohio Revised Code 1349.19 covers an Ohio resident’s name paired with a Social Security number, a driver’s license or state ID number, or a financial account or card number with the code that unlocks it, and only where those data elements are not encrypted, redacted or otherwise altered so as to be unreadable. The second question is whether the loss causes, or is reasonably believed to cause, a material risk of identity theft or other fraud to those residents.
Where both are true, the statute requires notice in the most expedient time possible and no later than 45 days after discovery of the breach or notification of it, and above 1,000 affected Ohio residents it also requires notice to the nationwide consumer reporting agencies. The encryption status of a particular machine is a question of fact rather than an assumption. Account sign-in records age out on their own schedule.
The statute itself is ORC 1349.19, worth reading with counsel, because the 45-day clock runs from discovery rather than from the day an investigation finishes.
Our insurance renewal asks whether we enforce MFA. We have it on for most people. Can we answer yes?
Not if the honest answer is ’most people.’ The load-bearing word on that form is enforced, which underwriters read as: it is technically impossible for a user to authenticate without a second factor. Available, encouraged, or enabled for most of the staff does not meet it. The gap is almost always an exception list: an executive who found it annoying, a service account nobody wanted to break, a legacy sign-in protocol left enabled temporarily. Those are exactly the accounts an attacker looks for.
Pull the actual exclusion list from your conditional access or equivalent policy rather than trusting memory, then either close it or answer honestly, because an overstated control on an application is a written representation the insurer relied on, and misstatements of that kind are a recognized reason claims get denied.
Someone got into our bookkeeper’s email and set up rules to hide replies. Our IT person wants to delete the rules and reset the password tonight. What does incident-response practice preserve first?
The order matters. The reason is evidentiary. Incident-response practice captures the evidence before remediation: the mailbox rules and forwarding settings exactly as found, the account’s sign-in and audit records, and the time each was collected, because those are what establish what was actually taken and most of them age out on their own schedule. Password resets and revocation of active sessions follow, from a device known to be clean, with nothing deleted and no machine wiped in the meantime.
The line between an IT incident and a reportable breach often comes down to how good the logging and documentation were before the attack. So this is the record an insurer, a client or an attorney later asks to see. Deciding the sequence in advance is what written security policies and procedures are for.
Someone called our front desk pretending to be from our IT company and talked a staff member into approving a Microsoft sign-in prompt. We already have MFA turned on, so what actually stops this from happening again?
MFA worked exactly as designed. The attacker simply asked a person to complete it. A push prompt or a code is only as strong as the moment somebody decides to approve it. That is why attackers running these calls aim at help desks and front desks rather than at the software. The countermeasures are unglamorous: phishing-resistant multi-factor authentication that cannot be handed over by approving a prompt, a verification script staff follow before any password reset or new MFA enrollment, conditional access on email and on the systems that hold your data, and alerting that catches a sign-in from a place your team has never worked.
TTS Cyber covers user access controls and password policies as part of its cybersecurity work. It helps design and implement the policies and procedures behind them, including the verification steps a help desk follows before a password reset or a new enrollment.
Related services
Managed IT Services
TTS Cyber runs your everyday IT: monitoring, a helpdesk for your staff, and setting up and shutting off accounts as people join and leave. It is built around how your business works.
Virtual CISO (vCISO) Services
A Virtual CISO for teams without a security executive: SOC 2, ISO 27001 and CMMC work, vendor risk, incident response ownership, and reporting.
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