TekHeros

Social Networks:

Monitor your employees use of over 12+ social networks and 7 instant messengers to ensure that sensitive company information is not being shared across platforms by analyzing the content and context of data transfers; and by enforcing policy based preventive controls.

Client Information:

Ensure that client names, birthdates, social security numbers and other sensistive information is not breached from your network. Immediately and automatically stop the transfer of sensitive client information on your network.

Credit Cards:

Apply the most advanced layer of PCI protection on the market. Prevent the unauthorized transfer of credit card, ACH and banking information. Control employee use of company credit cards, and automatically block and get alerts when unauthorized transactions are attempted.

Compliance:

Leverage pre-built data classifiers for most common regulatory frameworks protecting personally identifiable information (PII), patient health information (PHI), cardholder data, and documents marked as confidential.

Controlled Channels:

Protect sensitive data transferred via a wide array of user and system communications, including network communications such as instant messaging and peripheral devices like USBs.

• Removable storage (USB and external drives)
• Printers
• Redirected mapped drives
• Redirected clipboards
• Any SMTP emails, Microsoft Outlook, Gmail
• 7 Instant messengers
• 16 webmail services
• 28 file sharing services
• 12 social networks
• Local file shares, web access, and FTP file transfers

Data Loss Prevention: Prevent leakage of sensitive data from cyber hackers and rogue employees

TekHeros empowers you with unmatched provisioning, configuration, and management simplicity, to prevent data leakage from your company and strengthen regulatory compliance. A unique behavior-based technology automatically creates and continuously maintains business-specific policies,without requiring months to deploy, teams to maintain or a Ph.D. in privacy law to understand.

Anti-spoofing: Prevent attacks such as spoofing, look-alike domain, and display name deception with unmatched precision through machine-learning algorithms with IP reputation, SPF, DKIM, and DMARC record checks.

At TekHeros we work tirelessly to keep our clients safe from intentional and accidental data loss. We believe that the first step to safeguarding your business is by applying the most advanced approach to data loss prevention.

For years, organizations have had little success protecting sensitive data from unauthorized access and exfiltration via external attacks or insider risks such as IT misconfigurations, human error or threats. This has left them exposed to consequences like embarrassing headlines, damaged customer and partner trust, equity losses, HR problems and regulatory sanctions.

Anti-evasion: Detect malicious hidden content by recursively unpacking the content into smaller units which are then dynamically checked by multiple engines in under 30 seconds, compared to 20+ minutes for legacy solutions.

Anti-phishing engines: Detect malicious URLs based on four leading URL reputation engines in combination with advanced image recognition technology to validate the legitimacy of URLs.

Threat intelligence: Stay ahead of emerging threats with the combined threat intelligence of six market-leading sources and TekHero’s unique engine that scans URLs and files.

ACCOUNT TAKEOVER: Intercept account takeover attempts — Be prepared to prevent, detect and rapidly respond. Your employees are protected against ATO more than ever before by preventing attackers from phishing credentials; monitoring email accounts for anomalies and suggesting a compromise; and ensuring fast remediation and account containment by the incident response team, in the event of account takeover.

SPAM FILTER: Block malicious communication with anti-spam and reputation-based filters, leveraging the combined data of several market-leading technologies.

Improve email security by detecting any email-borne threat before it reaches your inbox.

We have worked hard to deploy the most cutting edge, next-gen email security solution with the highest detection rates and lowest false positives on the market and have seen an incredible reduction of email threats.

At TekHeros we work tirelessly to keep our clients safe from cyberattacks. We believe that the first step to safeguarding your business is by applying the most advanced approach to email security.

Inbox attack is the first step to hackers gaining access to your network, and with the advances in AI technology we have seen a sharp spike account takeovers, spoofing and cyberattacks. It is of the utmost importance to safeguard your business email to prevent further malware and cryptoattacks getting through to your employees and clients.

Killer party with The MSP Initiative and ConnectWise at IT Nation Orlando 2023. Looking forward to Ezra Ray Hart shortly!

Fellow ConnectWise partners! If you’re at Rosen Shingle Creek this week hit us up! We’d love to connect while at the conference this October!

When selecting a mesh WiFi system, consider factors such as coverage area, number of devices, and internet speed requirements. Look for systems with expandable options, allowing you to add more nodes if needed. Also, check for compatibility with your ISP and ensure the system supports the latest WiFi standards for optimal performance.

Mesh WiFi systems consist of three main components: the router, the nodes, and the backhaul connection. The router acts as the primary gateway to the internet, while the nodes extend the network's coverage. The backhaul connection establishes communication between the nodes, ensuring data transmission and seamless handoffs.

Mesh systems can use either wired or wireless backhaul connections. Wired backhaul, utilizing Ethernet cables, offers the best performance and is recommended for high-bandwidth applications. Wireless backhaul relies on dedicated radio channels to connect the nodes, providing flexibility and convenience in installation.

Benefits of Mesh WiFi:

1. Enhanced Coverage: Mesh WiFi systems eliminate dead zones by blanketing your entire space with a strong WiFi signal. Nodes can be strategically placed to ensure coverage in every nook and cranny, even in multi-story buildings or large properties.

2. Seamless Roaming: With mesh WiFi, you can move freely within the network without experiencing dropped connections or the need to manually switch networks. Nodes communicate with each other, seamlessly handing off your devices between access points as you move around.

3. High Performance: Mesh systems are designed to handle heavy network traffic, ensuring consistent speeds even when multiple devices are connected simultaneously. This makes them ideal for bandwidth-intensive activities like streaming 4K videos or online gaming.

4. Easy Setup and Management: Most mesh WiFi systems come with user-friendly mobile apps that guide you through the setup process and allow for easy management. You can monitor your network, prioritize devices, and control parental settings with just a few taps on your smartphone.

Mesh WiFi is a wireless networking system that utilizes multiple interconnected access points, forming a network of nodes that work together to create a seamless WiFi experience. Unlike traditional routers, which rely on a single device to transmit the signal, mesh systems distribute the load across multiple nodes, extending coverage and improving overall performance. Each node acts as a transmitter, receiver, and relay station, ensuring a robust and reliable connection throughout your home or office.

In today's connected world, a stable and fast internet connection is essential for seamless online experiences. Traditional single-router setups often struggle to provide consistent coverage throughout larger homes or offices. Enter mesh WiFi systems, a revolutionary solution designed to eliminate dead zones and deliver reliable connectivity. In this comprehensive guide, we'll delve into the world of mesh WiFi, exploring its benefits, functionality, and why it's a game-changer for home networking.

The strength of a Wi-Fi signal plays a vital role in determining the quality and speed of the wireless connection. Signal strength is influenced by factors like distance from the Wi-Fi router, the presence of obstacles, and interference from other devices operating in the same frequency band.

Interference can occur when multiple devices, such as routers or microwave ovens, transmit signals in the same frequency range. This interference can lead to signal degradation and reduced data throughput. To mitigate interference, Wi-Fi networks can utilize techniques like channel selection and frequency hopping.

To transmit and receive data, Wi-Fi uses modulation and encoding techniques. Modulation involves altering the properties of the radio wave, such as its amplitude, frequency, or phase, to carry information. Encoding refers to the process of converting digital data into a format that can be transmitted via radio waves.

Wi-Fi typically uses modulation schemes like Phase Shift Keying (PSK) or Quadrature Amplitude Modulation (QAM). These techniques allow Wi-Fi signals to carry a multitude of information, such as bits representing data packets, network identifiers, and error correction codes.

Wi-Fi utilizes radio waves for communication, which are a type of electromagnetic wave with longer wavelengths and lower frequencies. Radio waves can travel through different media, including air, walls, and other obstacles. The ability of radio waves to propagate and reach their intended destination is a crucial aspect of Wi-Fi physics.

Radio waves propagate through a process called "diffraction." Diffraction allows waves to bend around obstacles, enabling Wi-Fi signals to pe*****te walls and objects to reach devices in different rooms. However, the strength and quality of the signal may decrease as it encounters more obstacles.

The Basics of Wi-Fi:
Before we dive into the physics, let's understand the basics of Wi-Fi. Wi-Fi stands for "Wireless Fidelity" and is a wireless communication technology that allows electronic devices to connect to the internet or exchange data wirelessly. Wi-Fi operates using radio waves, which are a form of electromagnetic radiation.

The Electromagnetic Spectrum:
To comprehend Wi-Fi physics, we need to explore the electromagnetic spectrum. The spectrum consists of various types of electromagnetic waves, including radio waves, microwaves, infrared, visible light, ultraviolet, X-rays, and gamma rays. Each type of wave has a different frequency and wavelength.

In today's digitally connected world, Wi-Fi has become an indispensable part of our daily lives. From streaming videos to remote work and smart home devices, Wi-Fi enables seamless wireless communication. But have you ever wondered about the underlying physics that makes it all possible? In this blog post, we'll delve into the fascinating world of Wi-Fi and explore the principles of physics that drive this remarkable technology.

Here at Tech Hero, we can say with confidence that the kind of someone you should be looking for in an MSP includes us.

We hope this has helped to generally answer some of the questions you may have about what a Managed IT Service Provider actually does and what to expect when working with one, look forward to working with you!

The journey to reach true efficiency and maximizing your capabilities as a business is not a simple task. Neither is protecting your business and customers going into the future. There are many things that need to be taken into account, and you are almost certainly going to need some help. So make sure the help comes from someone you can trust to do the job right and have your best interests in mind.

Image by Freepik