Skip to content

How to Get More Customers Winning Ways with CRM

Its widely acknowledged that the costs of attracting new customers is up to five times as much as keeping an existing customer, and with cost per acquisition continuing to rise, this gap may be widening. 

Cost-per-acquisition has increased by 1.33% (December 2018 v December 2019) now standing at 8.01%

IRP, E-commerce Benchmarks, 2019

In todays competitive business world, it is critical to allocate marketing and sales resource and budget wisely, your customer acquisition strategies and tactics need to be cost effective and deliver the growth results you need. 

In this blog, we examine the key marketing and sales activities needed to deliver effective customer acquisition, starting with initial interaction through to qualifying leads and winning opportunities. We will discuss how Customer Relationship Management (CRM) can support the customer buying journey, smarter working, informed decision making and improved performance. 

Step 1: Idealized Identification

The first step to developing effective customer acquisition strategies is to target the right audience, through the appropriate channels, with the right messages, campaigns and content. 

Some key information and data that your business needs to be capturing and analyzing to target your desired prospect and customer, includes: 

  • Company/Contact Demographics 
  • Key Drivers & Challenges 
  • Job Roles/Function 
  • Social Media Activity 
  • Lead Source 
  • Engagement Channels 
  • Content Downloads / Topics of Interest 
  • Conversion Routes and Time 
  • Sales Won/Lost/Customer Lifetime Value 

This data will give you valuable insight in the development of customer personas or avatars, which then help define your key messages, content and target channels, ultimately delivering more effective campaigns to increase engagement and lead generation. 

Many businesses are still struggling to successfully capture, store and use this data in any meaningful way, surprisingly still using spreadsheets, email and paper methods to do so. 

Adopting CRM gives you access to a single source database with customizable fields to capture the information your business sees as critical to understanding your customer, as well as providing search, export and analysis functionality. 

Step 2: Marketing Magic

Next, we turn to the marketing strategies your business will use to attract new customers. Analysis of your past activities and results will help you identify the most effective tactics previously undertaken. This intelligence together with your personas will provide a well- informed foundation for defining your new segmentation and targeting strategies, marketing tactics and resource allocation. 

Analyzing your whole customer acquisition journey and calculating conversion rates at each stage gives you tangible numbers for both your marketing and sales targets. 

CRM is an essential marketing tool for customer acquisition and can act as your one-stop marketing solution or be integrated with other marketing tools such as email automation and website Content Management System for automated data management across platforms. 

Data can be easily searched, filtered, sorted, analyzed and shown in Dashboards within your CRM, as well as exported to Spreadsheets for more in-depth analysis. Key customer acquisition marketing activities that can be managed in CRM include: 

Activity Tracking: Your marketing activities and subsequent interactions by potential prospects can be recorded against each contact record, such as a sent email, a website form fill, a content download, a webinar, workshop or other event attended. This ensures all teams have a full history of the engagement with your prospects, vital information, certainly for your sales team who are busy converting your prospect to customers. 

Campaign Management: With customers increasingly expecting personalized service across the board, sending generic email campaigns to your whole contact database is no longer effective. 

Within CRM, you can easily segment and generate your more targeted contact lists, create and re-use email templates and automate and schedule one off emails or multi-phase campaigns, these are then automatically recorded against each contact and easily tracked for follow up and further action. 

Marketers who use segmented campaigns note as much as a 760% increase in revenue.

Campaign Monitor, 2019

Lead Nurture: With prospects engaging with your touchpoints on average 8 to 12 times before engaging with your sales process, lead nurture is a crucial responsibility of marketing. The better the experience and the more value, these interactions deliver to your prospects, the more ready they will be to engage with your Sales Team and the easier it will be to convert them to customers. Lead nurture activities can be captured, assessed and analyzed within your CRM, giving powerful insight into your most effective lead conversion campaigns and future activity development. 

Content Management: With content creation a key element of marketing budgets, it is vital to use these valuable resources as much as possible. However, as creation, publication and promotion are usually the remit of the marketing team, content may not be readily known or made available to other parts of the business. 

45% of marketers saying that at least 50% of their campaigns are content-led

World Media Group, The Future of Global Content-Led Marketing, 2019 

Storing vital content assets within your CRM library will make them accessible to other teams. Certainly, your Sales Team will benefit from being able to access and provide resources such as Case Studies, Blogs, eBooks etc to prospects adding value and building supportive relationships. 

Performance Monitoring & ROI Assessment: It is vital to monitor the performance of your marketing campaigns and assess results to deliver campaign improvements and determine Return on Investment. Being able to customize and set up key performance indicators within your CRM will give you an up-to-date, accurate picture of your customer acquisition, decision making becomes much easier and changes to strategies more agile. 

Step 3: Quantifiable Qualification

The next stage of customer acquisition is the remit of your Sales Team, responsible for qualifying and converting your marketing leads to paying customers. With advanced technology and the internet leading to prospects being much better informed before engaging with your sales process, closing the deal becomes more challenging. 

Having an informed understanding of your prospects needs and interactions with your business, will help your sales team to deliver more informed and consultative discussions, create added value, build trust and deeper relationships, critical to achieving successful sales conversions. 

CRM provides the ideal solution for delivery of these ideals and assist with your customer acquisition sales activities including: 

Sales Process Management: Providing your sales team with a defined sales processes will help manage accountability to deliver a consistent, unified, focused approach to increase new customer sales. 

B2B companies that defined a formal sales process experienced 18% more revenue growth compared to companies that didnt.

Vantage Point Performance and the SalesManagement Association Study. 

CRM allows you to embed bespoke sales processes and activities within the solution, giving your Sales Team a powerful tool to be more productive and deliver better results. Your Sales Manager can have up-to-date visibility of activities to support and direct the team, as well be able to easily refine and improve sales processes

Lead Management: Your marketing team have worked hard to generate qualified leads for your Sales Team, follow up is crucial to delivering return on investment and conversion to qualified opportunities. Keeping track and updating leads can be challenging and easily overlooked when more urgent sales opportunities are prioritized. 

Using a Lead Management module within CRM can help you stay on top of your leads, with prioritization and allocation to your sales team. Follow up activities such as phone calls and email can then easily be recorded against the lead. 

Access to other data in your CRM, such as lead source, marketing interactions, notes and histories, can all help your Sales Representatives gain an in-depth understanding of prospects and provide more valuable and constructive discussions to qualify and convert leads to genuine sales opportunities. The process can also assist in weeding out any leads that do not fit your offering. 

Sales Opportunity Management: More critical and challenging is converting your qualified opportunities to won sales and securing new customers. This may involve phone calls, meetings, demonstrations, trials and submission of proposals and quotations. 

Step 4: Pipeline Perfection

Performance Monitoring and Forecasting: Having an up-to-date accurate sales pipeline is essential to running a successful sales team, track opportunity progress, identify roadblocks and undertake sales forecasting. 

CRM can display in graphical format (Dashboards) and reports, your sales performance indicators, pipeline and essential sales forecasting, giving you instant access to key information and data.

Further analysis can be undertaken of captured marketing and sales data to establish conversion rates across your buyer journey from lead source, to qualified lead, to sales opportunity to won sale. This can help better inform your customer acquisition strategies and improvement plans to secure and get even more customers.

Closing Thoughts

implementing an effective customer acquisition strategy requires a targeted approach that leverages marketing and sales activities to create a seamless customer journey. By adopting a CRM system, you can centralize your customer data, segment and target your audience, and manage your marketing and sales activities in one place.

With a unified view of your customer acquisition journey, you can optimize your campaigns, improve lead conversion, and grow your business. By following the steps outlined in this blog, you can take the necessary steps to attract and retain valuable customers and drive sustainable growth for your business.

How to perform bandwidth tests on FortiGate

To test bandwidth on a FortiGate, use the built-in diagnose traffictest command, which runs an embedded iperf3 client against an iperf3 server, either a public one across your WAN or a Linux/Windows host on your LAN. You set the client interface, the port, and the target server, then run the test to measure real throughput in each direction. For a live view of traffic already crossing an interface, use diagnose netlink interface monitor and the interface byte counters instead. This guide walks through both approaches on current FortiOS (7.4 and 7.6) and shows how to read the results.

diagnose traffictest

diagnose traffictest is a FortiOS CLI command that gives the FortiGate a built-in iperf3 client (and a limited embedded server) so you can measure TCP or UDP throughput from the firewall itself, without deploying a separate testing host. It is the supported way to benchmark a link, a WAN circuit, or an IPsec tunnel directly from the device.

What is the diagnose traffictest command on a FortiGate?

It is FortiOS’s built-in bandwidth tester. The FortiGate ships with an iperf3 client and a limited embedded iperf3 server, and diagnose traffictest drives them from the CLI. You point the client at an iperf3 server, choose the interface the traffic leaves through, and the FortiGate reports transfer size and throughput per second. The command is available on all current FortiOS branches, including 7.4 and 7.6.

The embedded server has real limits: it is not a full iperf3 server, and the FortiGate cannot act as the server endpoint for another FortiGate’s throughput test. In practice you use the FortiGate as the iperf3 client and provide a real iperf3 server as the other end, either a public server on the internet or a machine running iperf3 on your own network.

Warning:

If you are still running FortiOS 7.2.x, plan your upgrade now: the 7.2 branch reaches end of support in September 2026. The mature production branches are 7.4 and 7.6 (7.6.6 is widely recommended). FortiOS 8.0 exists but is not yet recommended for production, so do not move business firewalls to it purely to run a bandwidth test.

How do you test bandwidth between two FortiGate interfaces?

You can run a port-to-port test using the embedded server, but understand what it actually measures. Set one interface as the server, another as the client, and run the test. This validates the data path and basic interface function on the device; it is a loopback-style connectivity check, useful across two interfaces or two VDOMs. It does not push real production traffic between the ports, so treat the number as an interface sanity check, not a true measure of what a client behind the firewall will get.

Set the server interface: tell the FortiGate which port hosts the embedded iperf3 server.

Set the client interface: choose the port that generates the test traffic.

Run the test: start iperf3 and read the per-second throughput.

diagnose traffictest server-intf port2   # define the server interface
diagnose traffictest client-intf port1   # define the client interface
diagnose traffictest run                 # run the iperf3 test

The output looks like the sample below. The final two lines (sender and receiver) are the summary you care about:

FortiGate # diagnose traffictest run
Connecting to host 192.168.0.1, port 5201
[  8] local 192.168.0.2 port 20692 connected to 192.168.0.1 port 5201
[ ID] Interval           Transfer     Bandwidth       Retr  Cwnd
[  8]   0.00-1.00   sec   347 MBytes   2.90 Gbits/sec    0   352 KBytes
[  8]   1.00-2.00   sec   356 MBytes   2.99 Gbits/sec    0   352 KBytes
[  8]   2.00-3.00   sec   360 MBytes   3.01 Gbits/sec    0   352 KBytes
... (output trimmed) ...
[ ID] Interval           Transfer     Bandwidth       Retr
[  8]   0.00-10.00  sec  3.48 GBytes   2.99 Gbits/sec    0   sender
[  8]   0.00-10.00  sec  3.48 GBytes   2.99 Gbits/sec        receiver

How do you run an iperf3 bandwidth test from a FortiGate to a server?

This is the test that measures real WAN or internet throughput. Set the client interface (usually your WAN port), set the iperf3 port the server is listening on, then run against the server’s IP. The FortiGate connects out as an iperf3 client and reports throughput. You need the server’s IP address and port; you can use a machine running iperf3 on your LAN, or a public iperf3 server (a maintained list is at iperf.fr).

Set the client interface: for a WAN test this is the interface that reaches the internet (for example wan1).

Set the iperf3 port: match the port the server is listening on (5201 is the iperf3 default).

Run against the server IP: use run -c <server-ip>. Add -R to reverse direction and measure download instead of upload.

diagnose traffictest client-intf wan1        # define the client (WAN) interface
diagnose traffictest port 5201               # iperf3 port on the remote server
diagnose traffictest run -c 216.218.207.42   # run against a public iperf3 server (iperf.he.net)

By default the FortiGate sends and the server receives, which measures upload. To measure download, add -R for reverse mode so the server sends and the FortiGate receives:

diagnose traffictest run -c 216.218.207.42 -R   # reverse mode: server sends, FortiGate receives

Always run the test both ways. A circuit can look healthy on upload and poor on download (or the reverse), and asymmetric results often point to the exact direction where a duplex mismatch, congested uplink, or ISP shaping is hurting you. Run diagnose traffictest run -h to see every option, including protocol, parallel streams, and duration.

Default (upload) output, FortiGate sending to the server:

FortiGate # diagnose traffictest run -c 216.218.207.42
Connecting to host 216.218.207.42, port 5201
[  8] local 203.0.113.10 port 5744 connected to 216.218.207.42 port 5201
[ ID] Interval           Transfer     Bandwidth       Retr  Cwnd
[  8]   0.00-1.01   sec   820 KBytes   6.65 Mbits/sec    0   141 KBytes
[  8]   1.01-2.00   sec  3.08 MBytes   26.1 Mbits/sec    0   389 KBytes
... (ramping up as the TCP window grows) ...
[  8]   9.00-10.00  sec  15.0 MBytes    126 Mbits/sec    0  1.33 MBytes
[ ID] Interval           Transfer     Bandwidth       Retr
[  8]   0.00-10.00  sec   105 MBytes   88.0 Mbits/sec    0   sender
[  8]   0.00-10.00  sec   105 MBytes   88.0 Mbits/sec        receiver

Reverse (download) output, server sending to the FortiGate:

FortiGate # diagnose traffictest run -c 216.218.207.42 -R
Connecting to host 216.218.207.42, port 5201
Reverse mode, remote host 216.218.207.42 is sending
[  8] local 203.0.113.10 port 1787 connected to 216.218.207.42 port 5201
[ ID] Interval           Transfer     Bandwidth
[  8]   0.00-1.00   sec  6.98 MBytes   58.5 Mbits/sec
[  8]   1.00-2.00   sec  45.7 MBytes    383 Mbits/sec
... (output trimmed) ...
[  8]   9.00-10.00  sec  48.4 MBytes    406 Mbits/sec
[ ID] Interval           Transfer     Bandwidth       Retr
[  8]   0.00-10.00  sec   451 MBytes    379 Mbits/sec    0   sender
[  8]   0.00-10.00  sec   443 MBytes    371 Mbits/sec        receiver

How do you check live interface bandwidth on a FortiGate without iperf?

Use the interface diagnostics, which read real traffic instead of generating a synthetic test. diagnose netlink interface monitor <port> gives a continuous, live view of packets and bytes per second on an interface; press Ctrl-C to stop. diagnose netlink interface list <port> dumps the cumulative RX/TX byte and packet counters plus error and drop counts, which is where you catch a failing link. These are the right tools when you want to see what production traffic is actually doing, not benchmark a link’s ceiling.

CommandWhat it showsBest for
diagnose traffictest runSynthetic iperf3 throughput (Mbps/Gbps) in one directionBenchmarking a WAN circuit or tunnel’s real ceiling
diagnose netlink interface monitor <port>Live packets/sec and bytes/sec on an interfaceWatching real-time load on a port right now
diagnose netlink interface list <port>Cumulative RX/TX bytes, packets, errors, dropsSpotting errors, discards, or a saturated link
diagnose system link-monitor interface <name>Bandwidth, session count, latency, jitter, packet lossLink-health and SD-WAN quality metrics

For a visual, per-IP breakdown of who is consuming bandwidth, FortiView in the GUI shows live bandwidth by source, destination, and application without touching the CLI.

How do you interpret FortiGate bandwidth test results?

Read the summary line, then compare it to what the link should deliver. The last two lines of a traffictest run (sender and receiver) give the averaged throughput over the test window; that is your headline number. Compare it against the provisioned circuit speed or the interface’s rated capacity. A steadily climbing rate in the first few seconds is normal TCP window ramp-up, so judge the run by the 10-second average, not the opening interval.

  • Well below the provisioned speed: suspect a duplex mismatch, a congested uplink, ISP shaping, or an undersized firewall model for the inspection you have enabled.
  • Non-zero Retr (retransmits): packet loss or congestion on the path; a few retransmits are normal, a steadily climbing count is not.
  • Asymmetric upload vs download: expected on many broadband circuits, but a large unexplained gap points to a problem in one direction.
  • Rising errors or drops in interface list: a cabling, SFP, or negotiation fault, not a bandwidth ceiling.

Throughput on a firewall is not a fixed number; it drops as you enable deeper inspection (IPS, SSL inspection, antivirus). If your traffictest results are well under the link speed with security services on, the bottleneck is often the firewall model, not the circuit. Test with and without inspection to see the real cost.

Which FortiGate should you be running these tests on?

Run them on a model sized for your throughput with security services enabled, not just the raw firewall figure. If your bandwidth tests keep landing under your circuit speed once IPS and SSL inspection are on, the device is likely undersized. For new multi-year buys, price the current G-series (30G, 50G, 70G, 90G) built on the FortiSP5 security processor, which delivers roughly 2 to 3 times the threat-protection throughput of the F-series it succeeds (40F to 30G/50G, 60F to 70G, 80F to 90G). The F-series is still sold and fully supported, so there is no need to rush a swap, but new purchases should compare against the G-series.

2-3x

Threat-protection throughput gain of the FortiSP5-based G-series over the F-series it replaces (Fortinet)

Not sure which model fits your traffic and inspection needs? As a Fortinet partner since 2003, we size, deploy, and tune FortiGate firewalls for mid-market organizations across the GTA. See our managed firewall services and Fortinet solutions, or read our companion guide on running a FortiGate speed test.

Sources